The SW 93324 is a premium, high-performance Spherical Roller Bearing (SRB) engineered for the most demanding industrial applications requiring maximum reliability and shock load resistance. Featuring a robust, self-aligning design, this bearing compensates automatically for shaft deflection and mounting misalignment, significantly extending service life in harsh environments. Constructed with high-grade, stabilized bearing steel and utilizing an optimized geometry (ISO 22324 Series), the 93324 provides industry-leading dynamic (C) and static (C0) load ratings. Its standard C3 radial internal clearance is specifically calibrated to handle thermal expansion and heavy continuous duty cycles common in mining, power generation, and heavy industrial gearboxes.
Designed for ease of installation and reduced maintenance, the SW 93324 incorporates a tapered bore (K suffix implied in high-load SRBs) for use with adapter sleeves, ensuring precise fitting and optimal contact under extreme stress. The bearing features a durable, machined brass cage (M type typically used in high-load SW designs) that maintains superior roller alignment even at high operating temperatures and speeds up to 2,200 rpm (grease). Choosing the SW 93324 guarantees reduced friction loss, lower operating temperatures, and maximized uptime for critical machinery, affirming SW’s position as the global leader in reliability engineering.
Key Features
High Dynamic and Static Load Capacity (C=690 kN) suitable for shock loads.
Self-Aligning Design compensates for shaft misalignment and mounting errors up to 2 degrees.
C3 Radial Internal Clearance optimized for heavy continuous operation and thermal expansion.
Tapered Bore (K) facilitates easy mounting and dismounting using adapter or withdrawal sleeves.
Machined Brass Cage (M) provides exceptional stability and strength in high-vibration and high-temperature applications.
SW High-Purity Steel construction ensures maximum fatigue resistance and extended operational life.
