Bernouli theorem apparatus

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Bernouli theorem apparatus Specification

Automation Grade
Manual

Capacity
2-5 litres

Frequency
50 Hz

Measurement Range
0-250 mm (manometer head difference)

Temperature Range
Ambient (up to 50C)

Feature
Transparent flow observation, accurate piezometric head readings, durable construction

Power Source
Electric (Pump operation)

Voltage
220V AC

Core Components
Main Acrylic Tube, Manometer, Water Reservoir, Sump Tank, Measuring Tank, Pump

Accuracy
1 mm on water level measurement

Model No
BT-100

Equipment Materials
Borosilicate Glass, Acrylic, Stainless Steel, PVC

Type
Hydraulic Laboratory Equipment

Usage
Demonstration and study of Bernoullis theorem in fluid mechanics

Display Type
Scale Graduated Acrylic Tube

Dimension (L*W*H)
Approx. 1200 mm x 250 mm x 500 mm

Weight
Approx. 20-25 kg

Connectivity
Provision for water inlet/outlet connections

Sump Tank Material
Stainless Steel

Application Area
Educational laboratories, Fluid Mechanics practicals

Mounting
Portable with anti-skid base

Flow Regulation
Precision control valve included

Manometer Type
Multi-point Piezometer with calibrated scale

Glass Type
High-quality borosilicate for clarity

Finish
Corrosion resistant coating

Pump Capacity
0.5 HP centrifugal pump

About Bernouli theorem apparatus

Discover the Bernoulli Theorem Apparatus (Model No: BT-100) - a sublime blend of precision engineering and opulent design, crafted for educational laboratories. Its calibrated multi-point piezometer, high-quality borosilicate glass, and stainless steel sump tank ensure clarity, durability, and corrosion resistance. With a competitive pricing structure and the latest features, including a 0.5 HP centrifugal pump, precision control valve, and portable anti-skid mounting, this apparatus delivers noteworthy performance at the best price. Ideal for fluid mechanics studies, it offers accurate readings (1 mm), and transparent flow observation, making it an indispensable teaching tool.

Noteworthy Application Areas and Distinctive Features

This Bernoulli Theorem Apparatus is crafted for educational laboratories, particularly for hands-on learning in fluid mechanics practicals. Additionally, it is utilized in research and demonstration environments, making it versatile for multiple academic scenarios. Notable features include a scale graduated acrylic tube display, transparent flow observation, and accurate piezometric head readings. Its lightweight, corrosion-resistant build and portable design highlight convenient handling, while durable materials ensure longevity and reliable performance in diverse testing conditions.

Certifications, Domestic Market, and Seamless Delivery Process

Our opulent BT-100 Bernoulli Theorem Apparatus adheres to the highest manufacturing certifications, ensuring consistent quality and trustworthy performance. The main domestic market spans across India, catering to universities, technical institutes, and training centers. We offer flexible sample policies to foster buyer confidence. From secure packaging and timely transportation to seamless handover upon delivery, clients experience a swift and efficient process designed to uphold the apparatus's integrity and operational excellence.

FAQ's of Bernouli theorem apparatus:

Q: How does the Bernoulli Theorem Apparatus enhance fluid mechanics learning?

A: The apparatus provides a hands-on demonstration of Bernoulli's theorem, enabling students to observe fluid flow, pressure variations, and piezometric head differences with accuracy, thus deepening theoretical understanding.

Q: What are the main usage and benefit of this device?

A: Primarily used for teaching and laboratory demonstrations, the device offers clarity through transparent flow observation, dependable performance, and accurate measurements, helping users grasp fundamental hydraulic principles.

Q: When and where should the Bernoulli Theorem Apparatus be employed?

A: This apparatus is ideal for use during fluid mechanics practical sessions in academic laboratories and research centers, particularly when studying fluid dynamics and pressure relationships.

Q: What is the process for installation and setup?

A: The apparatus is portable and features an anti-skid base for secure placement. Simply connect to a water supply, activate the centrifugal pump using the electric power source, and regulate flow with the precision control valve.

Q: How is the accuracy of measurements ensured in this apparatus?

A: Accuracy is achieved through a calibrated scale acrylic tube and precise piezometric readings, with a measurement range of 0-250 mm and a 1 mm tolerance, ensuring reliable data every time.

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