Spherical roller bearing 23132-E1A-K-M-C3 FAG

FAG 23132-E1A-K-M-C3 Spherical Roller Bearing - High Performance and Durability

The FAG 23132-E1A-K-M-C3 spherical roller bearing is engineered for exceptional performance in demanding applications. Designed by SCHAEFFLER, this bearing is ideal for various industrial machinery, providing reliable support and efficient operation.

Advantages and Benefits of FAG 23132-E1A-K-M-C3 Bearing

• Enhanced Load Capacity: With a larger internal clearance (C3), this bearing accommodates higher loads and compensates for thermal expansion, ensuring smooth operation even under heavy stress.
• Durable Construction: Made from high-quality bearing steel, the FAG 23132-E1A-K-M-C3 offers excellent resistance to wear and tear, extending the lifespan of your machinery.
• Efficient Design: The brass cage design optimizes the distribution of load, reducing friction and improving overall efficiency during operation.
• Versatile Fit: The tapered bore (1:12) allows for easy installation and alignment, making it suitable for various applications.
• Two-Row Configuration: The double-row design provides increased stability and load distribution, enhancing the bearing's performance in dynamic conditions.

Applications of FAG 23132-E1A-K-M-C3 Bearing

This spherical roller bearing is widely used in various industries, including:

• Mining and construction equipment
• Heavy machinery and industrial gearboxes
• Wind turbines and power generation systems
• Steel mills and manufacturing plants
• Agricultural machinery

Quality Assurance from SCHAEFFLER

As a leading manufacturer in the bearing industry, SCHAEFFLER is renowned for its commitment to quality and innovation. The FAG 23132-E1A-K-M-C3 bearing meets stringent industry standards, ensuring reliability and performance in critical applications.

Don't miss out on the opportunity to enhance your machinery's performance with the FAG 23132-E1A-K-M-C3 spherical roller bearing. Check the price or add to your cart today to experience the benefits of superior engineering and durability.