About Rim Type Flywheel
Backed by a team of experienced professionals, we are manufacturing, exporting and supplying an optimum quality Rim Type Flywheel that is heavy metal wheels attached to drive shaft. Their precision designs allows weight to be concentrated at the circumference which enables in reducing speed fluctuation in order to store extra energy during part load which is released at the time of overloading. This flywheel is manufactured by utilizing qualitative raw material and highly-advanced technology under the supervision our experienced professionals. Further, offered Rim Type Flywheel is sturdy in structure and is made available at rock bottom prices.
Features:
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Statically, dynamically and mechanically balanced.
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Fully machined and bored on VTL up to zero oddness
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Genuine & branded heavy duty anti friction spherical roller bearings are installed
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Flywheel are designed taking into account maximum possible energy fluctuation encountered in service
Technical Features:
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Material : Mild Steel/Graded Cast Iron
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Weight : Maximum up to 20 M.T.
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Revolution Range : up to 1000 RPM
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Shafts : Forged EN-Series
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Pedestal : Cast Iron with precision (machines Plummer Blocks)
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Bearing : Antifriction Roller bearing, Single and Multi-row, depending on load & speed analysis
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Base Plates : M.S. Base Plates duly machined and drilled for (Plumber Blocks.)
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Balancing : Statically, dynamically and mechanically balanced.
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Anchor/foundation Bolts : M. S. Steel
Precision Crafted for VersatilityThe Rim Type Flywheel is designed to meet a spectrum of industrial demands with custom size capacities and durable cast iron construction. Its manual, mechanically controlled system ensures adaptability and ease of use, making it suitable for a range of applications that require dependable energy regulation and storage. As a trusted supplier and exporter from India, we deliver consistent performance and technical excellence.
Your Reliable Industrial PartnerWith extensive experience in the industry, we offer Rim Type Flywheels tailored for various operational needs. Our solutions cater to manufacturers, service providers, and traders, providing quality assured products that support smooth machinery operation. From consultation to after-sales service, we offer comprehensive support to uphold your productivity and efficiency.
FAQs of Rim Type Flywheel:
Q: How is the capacity of the Rim Type Flywheel customized?
A: The capacity of our Rim Type Flywheel is tailored to each customers requirements during the manufacturing process, ensuring an optimal fit for specific operational needs and machinery specifications.
Q: What material is used to manufacture the Rim Type Flywheel?
A: Our Rim Type Flywheels are constructed from high-grade cast iron, which offers excellent durability, robustness, and long service life, making them suitable for demanding industrial environments.
Q: When should a Rim Type Flywheel be used in machinery?
A: Rim Type Flywheels are ideal for use in machinery where consistent rotational speed and energy storage are essential, such as engines, presses, and rolling mills, improving operational stability and efficiency.
Q: Where can the Rim Type Flywheel be sourced from?
A: We supply and export Rim Type Flywheels from India to customers worldwide, serving as a reliable manufacturer, supplier, exporter, service provider, and trader to various industries.
Q: What is the process for installing the Rim Type Flywheel?
A: Installation involves securely attaching the flywheel to the designated shaft or hub, aligning it correctly, and ensuring that all mechanical connections are tightened according to operational guidelines for safe and effective performance.
Q: How does the mechanical control system work for this flywheel?
A: The flywheel uses a mechanical control system, relying on manual adjustments and physical mechanisms instead of computerized automation, allowing users to regulate operation based on real-time requirements.
Q: What are the main benefits of using a Rim Type Flywheel?
A: Using a Rim Type Flywheel provides improved energy efficiency, enhanced machine performance, and reduced energy fluctuations, resulting in smoother operation and longer equipment lifespan.