The FAG UC 220 is a robust, high-capacity insert ball bearing designed specifically for demanding industrial applications requiring superior shaft support and contamination resistance. Featuring a 100 mm bore and a spherical outer ring, the UC 220 is engineered to compensate for moderate static misalignment without compromising load distribution. The bearing utilizes a proven two-part set screw locking mechanism, providing exceptional grip on the shaft and simplifying installation and replacement procedures. Built with high-grade bearing steel and integrated, multi-lip contact seals, this unit ensures maximum lubricant retention and effectively defends against aggressive environments, dust, and moisture ingress, significantly extending service life in challenging operational settings.
As a premium FAG component, the UC 220 offers unmatched durability, translating directly into reduced Total Cost of Ownership (TCO) through minimized downtime and maintenance requirements. It is ideal for critical machinery across mining, aggregate processing, conveyor systems, agricultural equipment, and heavy-duty fans where reliability is paramount. Its standardized design ensures complete interchangeability with most global UC series bearing units and housed assemblies, offering a seamless upgrade pathway to FAG quality. Investing in the UC 220 guarantees precision engineering and the performance consistency required for continuous, high-load operation.
Key Features
Premium FAG Quality: Engineered for extended operational life and reliability in the most severe industrial environments.
Set Screw Locking (UC Design): Provides fast, secure mounting and excellent retention, even under vibration.
Misalignment Capability: Spherical outer ring compensates for initial shaft misalignment, reducing internal stress and heat buildup.
Robust Contact Seals: Integrated multi-lip seals maximize grease retention and offer superior protection against liquid splash and fine particulate contamination.
High Static and Dynamic Load Ratings: Designed to handle significant radial and axial loads common in heavy machinery.
