TO DETERMINE THE MOMENT OF INERTIA OF A FLYWHEEL

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TO DETERMINE THE MOMENT OF INERTIA OF A FLYWHEEL Specification

Type
Engineering Physics Laboratory Apparatus

Material
Mild Steel Base, Cast Iron Flywheel

Size
Standard laboratory size

Input Voltage
Manual Operation (No Power Required)

Color
Grey and Black

Dimension (L*W*H)
Approx. 350 mm x 160 mm x 320 mm

Capacity
Flywheel mass approx. 2.5 3 kg

Noise Level
Negligible

Measurement Method
Time and Revolution Counter Scale Marking

Flywheel Diameter
Approx. 200 mm

Application
Physics laboratories for moment of inertia experiment

Finish
Powder coated

Weight Measurement Precision
0.01 kg

Crank Diameter
Approx. 30 mm

Pulley Attachment
Provided with string groove

Accessories Included
Steel cord, hanger, weights, manual

Rotation
Low friction bearing for smooth operation

Number of Spokes
6

Base Type
Sturdy heavy mild steel base

Shaft Diameter
Approx. 12 mm

About TO DETERMINE THE MOMENT OF INERTIA OF A FLYWHEEL

Discover a trending solution for physics laboratories: the matchless Moment of Inertia Flywheel apparatus, now at a special rate under our clearance event. Meticulously decorated with precision scale marking and a pivotal low friction bearing, this unit features a flywheel of approx. 200 mm diameter with a sturdy, heavy mild steel base. Complete with pulley attachments, steel cord, weights, and manual, it offers superior measurement accuracy (0.01 kg). Suited for exporters, distributors, and institutions across India, this apparatus guarantees reliability and exceptional value.

Highly Functional Physics Laboratory Equipment

Designed specifically for determining the moment of inertia, this apparatus is pivotal in engineering physics experiments. Ideal for usage by students and researchers, it is commonly found in university physics labs and industrial R&D plants. With its robust construction and smooth operational features, it enhances learning and experimental accuracy, making it an essential tool for educational and plant-based science applications.

Competitive Sample Policy & Delivery Advantages

We offer a sample policy tailored for the export market, ensuring quick access to this essential lab apparatus at the lowest price. Delivery time is optimized for efficiency, while the FOB port ensures streamlined shipping processes and minimal outlay. Our focus is on providing cost-effective options for suppliers, distributors, and manufacturers globally. Experience seamless procurement, superior quality, and timely support for your lab needs.

FAQ's of TO DETERMINE THE MOMENT OF INERTIA OF A FLYWHEEL:

Q: How is the moment of inertia measured using this flywheel apparatus?

A: The measurement process involves attaching calibrated weights to the steel cord, releasing the flywheel, and recording time and revolution counts. The provided manual guides users through step-by-step experimental procedures, ensuring precise results.

Q: What accessories and components are included with the flywheel apparatus?

A: Each set comprises a cast iron flywheel, mild steel base, steel cord, hanger, weights, a detailed manual, and a pulley with string groove, making it a complete package for laboratory experiments.

Q: Where is this flywheel apparatus most commonly used?

A: This apparatus is widely employed in engineering physics laboratories, universities, research institutes, and industrial R&D centers for experiments concerning rotational dynamics and moment of inertia.

Q: When can I expect delivery after placing an order?

A: Delivery is prompt and dependent on your location and quantity required. For export orders, shipment is arranged through the designated FOB port to ensure timely and efficient dispatch.

Q: What are the benefits of using this apparatus in laboratory experiments?

A: The flywheel provides matchless measurement precision, a pivotal component for hands-on learning, and a sturdy, noiseless operation, promoting reliability and experimental consistency for users.

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