Liquidation Sale Fag 21314e1k Taper Bored X-life Spherical Roller Bearing 70x150x35mm Highly Recommended [xL0qTFHZ]

FAG 21314E1K Spherical Roller Bearing

Introducing the FAG 21314E1K Taper Bored X-life Spherical Roller Bearing, a high-performance solution for rotating shaft applications. This bearing is designed to provide exceptional load-carrying capacity and durability, making it ideal for a wide range of industrial and mechanical applications. The FAG 21314E1K features a low-friction rolling-element design, ensuring smooth rotation and reduced wear over time. Its spherical roller design allows for angular misalignment, making it versatile for various shaft configurations.

• High load-carrying capacity
• Low-friction rolling-element design
• Accommodates angular misalignment

Technical Specifications and Properties

The FAG 21314E1K Spherical Roller Bearing boasts precise engineering and superior quality. With a bore diameter of 70mm, an outer diameter of 150mm, and a width of 35mm, this bearing is designed to fit a variety of shafts and machinery. It features a taper bored inner ring, which allows for easy fitting and alignment. The X-life series design ensures longer service life and reduced maintenance costs. Additionally, the bearing is available in various adapter sleeve options, providing flexibility for different mounting requirements.

• Bore diameter: 70mm
• Outer diameter: 150mm
• Width: 35mm
• Taper bored inner ring for easy fitting
• X-life series for extended service life

Practical Applications and Benefits

The FAG 21314E1K Spherical Roller Bearing is a versatile component that offers numerous benefits in daily industrial operations. Its ability to accommodate angular misalignment makes it suitable for applications where shafts may experience misalignment due to vibration or thermal expansion. This bearing is commonly used in machinery such as construction equipment, mining equipment, and industrial conveyors. By choosing the FAG 21314E1K, you can expect improved performance, reduced downtime, and increased reliability in your equipment.

• Improved performance in machinery with angular misalignment
• Reduced downtime and maintenance costs
• Increased reliability in industrial applications