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METACENTRIC HEIGHT APPARATUS

Name: METACENTRIC HEIGHT APPARATUS
Brand: Sami Lab Tek
Price: 40000.0 INR
Availability: InStock

Price 40000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

METACENTRIC HEIGHT APPARATUS Specification

Accuracy
1 mm

Application
To determine metacentric height and stability of floating bodies

Power Supply
Not required / NA

Display Type
Graduated scale

Temperature
Ambient

Response Time
Instantaneous (manual observation)

Measuring Range
0-500 mm (vertical scale)

Operating Voltage
NA (Manual)

Equipment Type
Fluid Mechanics Laboratory Apparatus

Max Height
500 mm (vertical travel)

Number of Specimens
1 (single model at a time)

Humidity
Ambient

Test Range
Up to 500 mm (vertical travel of movable bar)

Hardness
Mild Steel Body, Rust Proof

Automation Grade
Manual

Features
Transparent floatation tank, Movable weight mechanism, Durable construction, Easy to use

Resolution
1 mm

Mounting Type
Benchtop / Tabletop

Specimen Size
Model Boat: Approx. 250 mm length

Usage
Laboratory experimentation for students and researchers

Capacity
1 Model per test

Machine Weight
Approx. 15 kg

Test Speed
Manual

Test Width
250 mm (floatation tank width)

Test Stroke
Adjustable as per Vessel Displacement

Control Mode
Manual

Vessel Length
300 mm approx.

Vessel Width
150 mm approx.

Instruction Manual
Supplied

Calibration
Factory Calibrated

Vessel Material
Transparent Acrylic

Surface Finish
Epoxy Powder Coated

Water Tank
Included with Apparatus

Accessory Set
Weights and Level Indicator Included

Plumb Line
Provided for Angle Measurement

Base Board Material
Powder Coated MS

METACENTRIC HEIGHT APPARATUS Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-10 Days

METACENTRIC HEIGHT APPARATUS About

The Metacentric Height Apparatus is a precision-designed laboratory equipment used to determine the metacentric height and study the stability of floating bodies. It is widely utilized in fluid mechanics and naval architecture laboratories of engineering colleges, technical institutes, and research organizations for conducting experiments related to the equilibrium and stability of floating vessels.

The apparatus consists of a floating pontoon mounted in a transparent water tank, along with a movable weight arrangement, graduated scales, and angular measurement system. By shifting the movable weights transversely, the tilt of the floating body is observed and the metacentric height is calculated. The setup helps students understand the concepts of buoyancy, center of gravity, center of buoyancy, and stability of floating bodies.

Manufactured using high-quality materials and corrosion-resistant components, the apparatus ensures accurate results, durability, and smooth operation. Its compact and robust construction makes it ideal for educational demonstrations and laboratory experiments.

Features

Accurate determination of metacentric height
Transparent tank for clear observation
Rugged and corrosion-resistant construction
Easy adjustment of movable weights
Compact and user-friendly design
Precise angular measurement arrangement
Suitable for laboratory and research applications

Applications

Fluid mechanics laboratories
Naval architecture studies
Engineering colleges and universities
Marine and hydraulic research institutes
Educational demonstrations of floating body stability

Typical Specifications

Transparent water tank
Floating pontoon with balancing arrangement
Movable transverse weight system
Graduated scale and pointer arrangement
Angular tilt measurement provision
Sturdy metal supporting frame
Corrosion-resistant finish

Working Principle

The Metacentric Height Apparatus works on the principle of stability of floating bodies. When a floating body is tilted by shifting a movable weight, the center of buoyancy changes position. The intersection of the buoyant force line with the original vertical axis defines the metacenter. The distance between the center of gravity and the metacenter is called the metacentric height, which indicates the stability of the floating body.

The apparatus is used for:

Determination of metacentric height
Study of stable and unstable equilibrium
Verification of buoyancy principles
Analysis of floating body stability

Comprehensive Stability Measurement Tool

This apparatus allows users to accurately determine the metacentric height, a crucial parameter for understanding the stability of floating bodies. The use of a transparent acrylic vessel and a graduated scale enables clear, immediate readings. Whether for student experiments or advanced research, its manual control and accessory set foster hands-on learning.

Robust Design for Lasting Performance

Constructed from mild steel with an epoxy powder-coated finish, the apparatus ensures durability and rust resistance. The vessel and floatation tank are precisely engineered for repeatable, reliable results. A movable weight system and adjustable test stroke enhance experimental flexibility.

User-Friendly and Versatile

The apparatus is completely manual, requiring no power supply, which makes it easy to use in varied laboratory conditions. Featuring a benchtop design, it is suitable for both educational and research environments, and can be operated by students and professionals alike.

FAQ's of METACENTRIC HEIGHT APPARATUS:

Q: How is the metacentric height measured using this apparatus?

A: Metacentric height is determined by placing the model boat in the transparent vessel, adjusting the movable weights, and noting the resulting tilt using the plumb line and the vessel's graduated scale. The apparatus allows precise observation and measurement of the tilt angle to calculate metacentric height.

Q: What materials are used in the construction of the apparatus?

A: The vessel is made of transparent acrylic for clear visibility, while the base board is crafted from powder-coated mild steel. These materials provide both durability and resistance to rust, ensuring long-term use.

Q: When should this apparatus be used in a laboratory setting?

A: This apparatus is ideal for use in fluid mechanics laboratory courses or research projects that require the evaluation of floating body stability. It is particularly effective when teaching principles of buoyancy and stability to students.

Q: Where can this apparatus be installed for optimal operation?

A: The metacentric height apparatus is designed for benchtop or tabletop placement, making it suitable for any standard laboratory workbench. Its manual operation requires no electrical connection, offering flexibility in laboratory arrangements.

Q: What is included in the accessory set and how are they used?

A: The apparatus comes equipped with a plumb line for measuring tilt angle, a set of calibration weights for testing stability under different loads, and a level indicator to ensure accurate setup. These accessories make experimentation straightforward and comprehensive.

Q: What are the benefits of using a transparent vessel and a manual control mode?

A: A transparent vessel permits direct observation of the floating model, enhancing instructional clarity. Manual control ensures users develop hands-on skills and a deeper understanding of the principles behind metacentric height without reliance on automated systems or power supplies.

Q: How precise is the measurement with this apparatus, and what is the measuring range?

A: The apparatus offers a measuring range of up to 500 mm, with an accuracy and resolution of 1 mm, allowing for fine, precise readings. Factory calibration assures that all measurements adhere to laboratory standards.

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