The 2200K self-aligning ball bearing is a high-performance mechanical engineering component designed for industrial and automotive machinery. Engineered with precision and innovation, this bearing ensures seamless operation across diverse applications where shaft misalignment and specific load-bearing challenges are prevalent.
The 2200K bearing features precisely crafted inner and outer rings. The inner ring, with a bore diameter of 10 mm, achieves a secure fit on corresponding shafts, minimizing play and misalignment during operation. The outer ring, with an outer diameter of 30 mm, efficiently distributes both radial and axial loads while balancing load-carrying capacity with space constraints.
Manufactured from premium-grade bearing steel, the spherical rolling elements combine high hardness, remarkable strength, and excellent wear resistance. Precision machining ensures smooth rolling and efficient load distribution with minimal friction, contributing to reduced energy consumption and long-term reliability.
The cage, typically made from steel or brass, maintains proper alignment and spacing of rolling elements. This prevents collisions, reduces wear, and enhances rotation smoothness while retaining lubricant for continuous adequate lubrication.
The distinctive self-aligning ability allows automatic adjustment to shaft misalignment or housing deflection. The "K" designation indicates a tapered bore with standard 1:12 taper, enabling easy installation on tapered shafts or with compatible adapter sleeves for flexible machinery design and assembly.
| Parameter | Value |
|---|---|
| Inner Diameter (d) | 10 mm |
| Outer Diameter (D) | 30 mm |
| Width (B) | 14 mm |
Bearing Steel: High-carbon chromium bearing steel provides high hardness, strength, and outstanding wear resistance for rings and balls.
Cage Materials: Steel cages offer high strength for high-speed operation, while brass cages provide corrosion resistance and low friction.
The 2200K self-aligning ball bearing delivers reliable performance across diverse mechanical systems. Its innovative design, high-quality materials, and ability to handle misalignment, moderate loads, and high speeds make it an essential component for optimizing machinery performance and reliability in various industrial sectors.