2303 E-2RS1TN9

Design Features of 2303 E-2RS1TN9 Bearing

2303 E-2RS1TN9 Bearing is a type of rolling-element bearing uniquely designed to tolerate misalignment of the shaft with respect to the housing. It has two rows of balls and a common spherical raceway in the outer ring, allowing the bearing to be self-aligning. 2303 E-2RS1TN9 bore dia is 17 mm. Its out dia is 47 mm. Its width is 19 mm. 2303 E-2RS1TN9 Bearing is versatile and adaptive, ensuring smooth operation even when not perfectly aligned. Its unique design helps prevent stresses on the bearing, resulting in a longer operational life.

What Benefits Can 2303 E-2RS1TN9 Bearing Provide?

• Misalignment Adaptability: These bearings efficiently handle both static and dynamic misalignment, resembling the self-aligning capabilities of spherical roller bearings.
• High-Speed Efficiency: With reduced friction compared to other bearings, they remain cool, even at elevated speeds.
• Longevity and Low Maintenance: Their ability to run cooler means longer bearing life and fewer maintenance breaks.
• Optimized for Light Loads: They operate exceptionally well, even under minimal load conditions.
• Noise and Vibration Reduction: Ideal for applications like fans, these bearings help in decreasing noise and vibration levels.

What Can 2303 E-2RS1TN9 Bearing Be Used for?

2303 E-2RS1TN9 Bearing is suitable for applications where misalignment can arise from errors in mounting or from shaft deflection.

• Automotive: Used in power steering systems, drive shafts, and steering column joints, where angular misalignments are common.
• Agricultural: Essential in farm equipment like tractors and harvesters, where uneven terrains can cause shaft misalignment.
• Textile: Deployed in spinning and weaving machines where smooth, consistent rotation is crucial.
• Conveyor Systems: Useful in belt systems to maintain consistent belt tension and alignment, especially in long-distance conveyors.
• Mining and Double Row: Used in crushers, vibrating screens, and heavy-duty machinery that undergo rigorous operation and potential shaft deflections.