Everyday B7206-c-t-p4s-ul Fag Super Precision Angular Contact Spindle Ball Bearing 30x62x16mm Special: 30% Discount [AXbSpeJL]

FAG Super Precision Angular Contact Spindle Ball Bearing

The FAG Super Precision Angular Contact Spindle Ball Bearing 30x62x16mm is a top-tier product designed for precision engineering applications. This spindle bearing is engineered with a solid outer and inner ring, ball and cage assemblies, and a solid window cage, ensuring optimal performance and longevity. With standardized dimensions and exceptional precision, this bearing is the ideal choice for high-accuracy guidance requirements.

Key Features and Specifications

This FAG spindle bearing boasts a range of impressive features that set it apart from competitors. It is constructed using standard steel balls and is part of the medium series, which guarantees durability and reliability. The 15-degree contact angle ensures maximum precision and stability. The bearing features a laminated fabric cage for improved guidance and is designed with a light preload for optimal performance. Key specifications include an inside diameter of 30mm, an outside diameter of 62mm, and a width of 16mm, with a basic load rating of 23.1 kn and a basic static load rating of 10.4 kn.

Applications and Benefits

The FAG Super Precision Angular Contact Spindle Ball Bearing is universally designed to meet a wide range of applications, particularly those involving the highest requirements for guidance accuracy. This bearing is an excellent choice for bearing arrangements in machine tool main spindles, where precision and reliability are paramount. The following benefits make this product a standout option:

• High Precision: The bearing's narrow tolerances ensure precise guidance and exceptional performance.
• Robust Construction: The solid rings and cage assembly provide durability and resistance to wear.

Whether you're working with machine tools or other precision machinery, the FAG Super Precision Angular Contact Spindle Ball Bearing is a reliable and efficient solution.