Ролка - NUTR 2052 A INA

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Bearing NUTR 2052-A INA: High-Quality Radial Needle Roller Bearing

The NUTR 2052-A INA is a precision-engineered radial needle roller bearing designed to meet the demands of various industrial applications. Manufactured by INA, a globally recognized brand in bearing technology, this bearing offers exceptional performance, durability, and reliability in compact assemblies where space is limited.

This needle roller bearing features a robust design that supports high radial loads while maintaining minimal cross-sectional height. It is ideal for applications requiring a combination of high load capacity and reduced friction, making it suitable for automotive components, machine tools, and industrial machinery.

Key Features of NUTR 2052-A INA

• Radial needle roller bearing with a cage made to maintain roller alignment and reduce friction
• Designed to handle heavy radial loads with high stiffness and precision
• Compact and space-saving design, perfect for limited radial space applications
• High-quality materials and manufacturing standards ensure long service life and reliability
• Compatible with standardized shaft diameters and housings for easy integration

Applications

The NUTR 2052-A INA bearing is commonly used in:

• Automotive transmissions and engine components
• Industrial gearboxes and machine tools
• Textile machinery and printing equipment
• Robotics and automation systems
• Aerospace and heavy machinery applications requiring compact, high-load bearings

Technical Specifications

While specific dimensions for the NUTR 2052-A INA are not universally standardized, INA bearings of this series typically conform to international bearing standards ensuring compatibility and interchangeability. For precise measurements and fitment, please refer to INA’s official catalog or technical documentation.

Overall, the NUTR 2052-A INA is a reliable choice for engineers and maintenance professionals seeking a needle roller bearing that delivers outstanding performance in demanding environments. Its combination of compactness, strength, and precision makes it a versatile component in a wide range of mechanical systems.