The FEDRAL MOBUL 22220 SC is a premium spherical roller bearing engineered to handle extreme radial and heavy axial loads in demanding industrial environments. Featuring two rows of rollers, a common spherical outer ring raceway, and two inner ring raceways inclined at an angle to the bearing axis, the 22220 SC is inherently self-aligning. This capability allows the bearing to compensate for shaft deflections, mounting errors, or housing deformations without compromising service life or load distribution. The robust internal geometry, coupled with high-strength cage design, ensures optimal roller guidance and low friction, resulting in superior energy efficiency and reduced operational heat, maximizing uptime in critical machinery.
Designed for reliability across industries such as mining, pulp and paper, material handling, and heavy machinery manufacturing, the FEDRAL MOBUL 22220 SC delivers exceptional operational longevity. Manufactured under stringent FEDRAL MOBUL quality protocols, this bearing offers unparalleled vibration resistance and shock load performance. Investing in the 22220 SC means securing a crucial component that minimizes maintenance costs and prevents catastrophic failure, ensuring smooth, continuous operation even in environments subjected to persistent misalignment and contaminant exposure. It is the definitive choice for engineers prioritizing durability and high performance.
Key Features
Inherent Self-Aligning Capability: Compensates for static and dynamic misalignment, extending service life in demanding installations.
Optimized Roller and Raceway Geometry: Provides high load ratings (Cr 430 kN) for managing extreme radial and heavy shock loads.
Robust Internal Design: Enhanced strength cage (SC designation) ensures stability and optimal roller spacing under high vibration.
Low Friction Design: Reduces operational temperature, conserves energy, and allows for higher limiting speeds.
FEDRAL MOBUL Precision Grade: Manufactured to meet stringent ISO dimensional and running accuracy standards for interchangeability and reliability.
