Moment of Inertia of Flywheel

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Moment of Inertia of Flywheel Specification

Accuracy
High

Operating Pressure
Atmospheric

Surface Treatment
Polished

Power Source
Mechanical

Features
Sturdy design, Durable, Precise measurement

Accessories Type
Cord, Weights, Scale

Control System
Mechanical

Automation Grade
Manual

Machine Type
Flywheel Setup

Technology
Mechanical

Type
Laboratory Instrument

Material
Cast Iron

Function
Determine Moment of Inertia

Application
Physics Laboratory, Engineering Institution

Suitable For
University, college and school laboratories

Measurement Method
String with suspended weight

Weight Capacity
Up to 1 kg suspended load

Base Material
Heavy duty steel frame

Finish Type
Anti-corrosive coating

Calibration
Ready calibrated for laboratory use

Rotational Axis
Horizontal, low-friction bearings

Scale Graduation
Clear and precise

Safety
Enclosed rotating parts for user safety

Mounting
Rigid base mount

Flywheel Mass
5 kg approx.

Flywheel Diameter
30 cm approx.

About Moment of Inertia of Flywheel

Momentof Inertia of Flywheel

Comprising of carefully machined andbalanced cast iron st and the steel spindle is supported on ball bearings instrong iron brackets The smoothly painted black and is marked with a line. Apointer is fixed to one of the boxen Diametric hole is drifted in the shaft totake a pin and cord. The base is provided whitetail come that the apparatus canbe fixed to wall. Complete with cord and hook.

a) Wheel 15 cm aid

b)Wheel 20 cm aid

c) Wheel 25 cm aid

Precision and Durability Combined

This flywheel apparatus boasts a sturdy cast iron construction with a heavy-duty steel frame base, offering both longevity and reliability for laboratory use. Precision in measurement is ensured by clear graduations and a mechanically robust design, making it a dependable tool for repeated educational demonstrations and experiments.

User Safety and Ease of Operation

Engineered for safety, the rotating parts are fully enclosed, substantially minimizing risk during operation. The system operates under atmospheric pressure with no need for external power, and comes ready-calibrated, simplifying its use for instructors and students alike. Manual operation provides hands-on learning for users at various educational levels.

FAQ's of Moment of Inertia of Flywheel:

Q: How is the moment of inertia determined using this flywheel setup?

A: The moment of inertia is measured by suspending a known weight with a string wound around the flywheel's spindle. As the weight is released, the system records rotational acceleration, allowing calculations based on the flywheel's motion and mass distribution.

Q: What components are included with the flywheel apparatus?

A: The product includes the cast iron flywheel mounted on a heavy-duty steel frame, cord, a set of weights (up to 1 kg capacity), a precisely graduated scale, and a rigid mount. All parts necessary for measurement and safe operation are provided.

Q: When should calibration be performed on this instrument?

A: The apparatus comes pre-calibrated from the manufacturer, ensuring it is ready for immediate use in laboratory settings without the need for further calibration upon arrival.

Q: Where is this flywheel setup best utilized?

A: It is ideal for university, college, and school physics laboratories, as well as engineering institutions, where accurate determination of rotational inertia is required for educational experiments and demonstrations.

Q: What safety features are incorporated for user protection?

A: All rotating parts are fully enclosed to prevent accidental contact during experiments, enhancing safety for students and instructors during operation.

Q: How accurate are the measurements taken with this flywheel apparatus?

A: The setup offers high measurement accuracy, leveraging low-friction bearings, precise scale graduation, and a stable mounting system to ensure reliable and repeatable results.

Q: What are the main uses and benefits of this apparatus in laboratory settings?

A: It offers hands-on experience in mechanical physics, aids in understanding moment of inertia concepts, and features durable materials and robust design, ensuring longevity and consistent performance in repeated educational use.

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