INA Single Row Deep Groove Ball Bearing 17 mm Inside Diameter, 47 mm Outside Diameter, 14 mm Race Width, Steel Cage & 6303-C

INA 6303-C single row deep groove ball bearing is engineered to perform reliably at high and very high speeds with very low friction, ensuring efficient operation in demanding industrial applications.

This bearing features a steel cage and steel balls with an open end type, facilitating easy maintenance without compromising on durability or load handling capabilities.

The bearing has an inside diameter of 17 mm, an outside diameter of 47 mm, and a race width of 14 mm. It delivers a static load rating of 6.5 kN and a dynamic load rating of 14.4 kN, making it suitable for a range of mechanical systems requiring robust load capacity.

The internal clearance is CN, and the bore type is parallel, ensuring precise fitment and stable operation. It belongs to the 3 Medium series with a plain race type, optimized for long service life and reduced running noise.

Single row deep groove ball bearings like the INA 6303-C are preferred where bearing arrangements demand very low friction and noise without sacrificing speed or load capacity. These bearings are widely used in industrial, manufacturing, and mechanical machinery for supporting radial and axial loads.

Designed for high and very high speed applications requiring low friction. Features steel cage and steel balls for durability and strength. Open end type provides ease of maintenance and inspection. Offers a static load rating of 6.5 kN and dynamic load rating of 14.4 kN.

Suitable for bearing arrangements requiring very low running noise and long operating life. Has internal clearance class CN and parallel bore type for precise fit. Part of the 3 Medium series with plain race type for reliable performance.

These bearings are ideal for use in rotary bearings and housing units across mechanical machinery, industrial tools, and fluid power systems. Explore the extensive range of Ball Bearings at EnvMart for reliable and high-performance bearing solutions.