Moment of Inertia of Flywheel 25 cm With Weights

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Moment of Inertia of Flywheel 25 cm With Weights Specification

Core Components
Flywheel, shaft, stand, weights, string, handle

Model No
PHY-FW25C

Accuracy
1% of measured value (when used as directed)

Temperature Range
Ambient laboratory conditions

Feature
Low friction bearings, precision-engineered, detachable weights, graduation markings on wheel

Automation Grade
Manual

Power Source
Manual operation

Measurement Range
02.5 kgm

Capacity
Maximum flywheel disk diameter 25 cm

Equipment Materials
Cast iron flywheel, mild steel stand, steel shaft, metallic weights

Type
Physics laboratory apparatus

Usage
Measurement of moment of inertia for educational and experimental use

Display Type
Analog

Dimension (L*W*H)
Base stand approx. 38 x 12 x 14 cm

Weight
Approx. 6-8 kg (including flywheel and weights)

About Moment of Inertia of Flywheel 25 cm With Weights

Experience top-ranking precision with the Moment of Inertia of Flywheel 25 cm With Weights-an elite physics laboratory apparatus engineered for brilliant performance. Advance Purchase reduces procurement time for this noble equipment, designed with solid cast iron and powder coated mild steel for elite durability. The robust 25 cm diameter flywheel and machine-finished steel shaft ensure minimal friction, supported by V-grooved pulley and anti-rust finish. Featuring four removable metallic weights, this apparatus offers reduced operational hassle and supreme accuracy (1%), making it indispensable for educational and experimental use in schools and universities.

Versatile Application Surface & Advantages

The 25 cm flywheel apparatus offers a broad platform for educational physics experiments, used as a top-ranking solution to analyze rotational dynamics and moment of inertia. Its machine-finished, anti-rust surface and smooth operation are ideal for advanced science laboratories. The advantage lies in its precision-engineered assembly, brilliant accuracy, and detachable weights that provide flexibility and noble measurement capabilities in diverse research and learning settings.

Domestic Market Reach & Certifications

Shipped goods are dispatched efficiently across India's main domestic markets. The manufacturer guarantees quick goods transport and sample availability for testing the apparatus in school or university laboratories. The product arrives with proper certifications ensuring quality and compliance, making it a trusted item for institutions seeking reliable, certified equipment for advanced physics learning. The company supports seamless delivery and after-sales support for continuous research advancement.

FAQ's of Moment of Inertia of Flywheel 25 cm With Weights:

Q: How is the Moment of Inertia of Flywheel 25 cm With Weights assembled for laboratory use?

A: The apparatus arrives with pre-assembled core components, including the flywheel, shaft, and stand. Weights are detachable and easily mounted onto the device. The instruction manual provides a step-by-step guide for safe, precise setup on any bench top.

Q: What is the operating principle of the flywheel and how does it minimize friction?

A: This elite instrument revolves freely on robust low-friction ball bearings. The V-grooved pulley ensures slip-free winding, allowing accurate measurement of moment of inertia with minimal operational resistance.

Q: When is sample availability offered for this physics laboratory equipment?

A: Samples can be requested during advance purchase, allowing institutions to evaluate product suitability and performance before bulk procurement or classroom implementation.

Q: Where are the shipped goods dispatched and how is delivery handled?

A: Goods are dispatched across India's main domestic markets, shipped via reliable transport services. Institutions receive prompt deliveries with all accessories and certification documents included.

Q: What benefits do detachable weights and graduation markings offer during experiments?

A: The four removable metallic weights (50 g each) and clear graduation markings enable flexible measurement setups, supporting variable mass experiments and precise moment of inertia calculations, enhancing both understanding and research outcomes.

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