Fly Wheel

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Fly Wheel Specification

Automation Grade
Manual

Core Components
Hub, Rim, Spokes (if applicable)

Capacity
500 kg max load handling

Model No
FW-IND-2024

Measurement Range
Rotational inertia up to 200 kgm (variable)

Power Source
Mechanical (No electrical power required)

Feature
Corrosion-resistant, High tensile strength, Precision balanced

Temperature Range
-20C to +80C (tolerance depends on application)

Accuracy
Precision balancing up to 0.05 mm run-out

Equipment Materials
High-Grade Cast Iron / Mild Steel

Type
Solid Cast Iron Fly Wheel

Usage
Energy storage, crankshaft balancing, machinery, power transmission

Dimension (L*W*H)
Diameter: 300 mm to 1200 mm (customized sizes available)

Weight
Approx. 75 kg to 350 kg (depends on diameter and thickness)

About Fly Wheel

Fly Wheel

Comprising of carefully machined and balanced cast iron wheel of about 20 cm in dia and 4.4cm thick, and steel spindle supported on the ball bearings in strong iron brackets. The sides of the wheel are red or grey painted. The top of wheel is chrome plated and is marked with a thick red line. A pointer is fixed to one of the brackets. Diametric hole is drilled in the shaft to take a pin and cord. The base is provided with four holes so that the apparatus can be fixed on a wall, complete with cord and hook.provided with superior quality Indian makes revolution counter.

Engineered for Industrial Versatility

The FW-IND-2024 Fly Wheel is designed to offer energy storage, precision power transmission, and crankshaft balancing capabilities. Its static and dynamic balancing ensures reduced vibrations in high-speed equipment. This makes it ideal for textile machinery, automotive drives, and power generation setups that require reliable and consistent mechanical performance.

Customizable Design Options

With options for custom bore, keyway, and overall diameter (300 mm to 1200 mm), the flywheel can be tailored to suit various installation needs. Customers can select between black or specified custom colors and choose mounting features suitable for their application, ensuring seamless integration with existing machinery.

Precision Manufacturing and Rigorous Testing

Every flywheel undergoes precision casting, CNC machining, and thorough testingincluding vibration analysis, hardness measurement, and dimensional checks. The product achieves exceptional balancing accuracy, up to 0.05 mm run-out, and is packed in export-grade wooden crates to guarantee safe delivery and optimal condition on arrival.

FAQs of Fly Wheel:

Q: How does the FW-IND-2024 fly wheel resist rust and corrosion?

A: The fly wheel undergoes a specialized machining and coating process that enhances its ability to withstand rust, making it suitable for challenging industrial environments.

Q: What industries typically use this cast iron fly wheel?

A: This product is widely used across textile, automotive, and power generation industries for energy storage, crankshaft balancing, and machinery power transmission.

Q: When should custom bore and keyway mounting options be selected?

A: Custom bore and keyway mounting options are ideal when integrating the flywheel with unique shaft configurations or machinery, ensuring a perfect fit and secure installation.

Q: Where is the FW-IND-2024 model manufactured and supplied?

A: The FW-IND-2024 fly wheel is manufactured, exported, and supplied from India by specialized producers and engineering firms with expertise in industrial components.

Q: What is the manufacturing process for this fly wheel?

A: The fly wheel is made by precision casting followed by CNC machining, which guarantees high dimensional accuracy and superior performance properties.

Q: How is product quality ensured before shipment?

A: Each fly wheel is tested for vibration, hardness, and dimensional accuracy. It is then securely packed in a wooden crate for export, ensuring it arrives undamaged.

Q: What are the main benefits of installing this fly wheel in industrial machinery?

A: Key benefits include reliable energy storage, accurate crankshaft balancing, minimized vibration, high tensile strength, and resistance to corrosioneven under demanding operational conditions.

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