Brand: TIMKEN
TIMKEN 55196/55437 Tapered Roller Bearing Assembly | Heavy-Duty Standard Cone and Cup Set | High Load Capacity
The 55196 series Tapered Roller Bearing is engineered to manage extreme combined radial and thrust loads characteristic of heavy industrial and vehicular applications. Manufactured from case-carburized, high-alloy steel, this bearing assembly ensures superior surface hardness and core toughness, crucial for minimizing wear and maximizing service life in demanding environments. Its optimized geometry, featuring precision-profiled rollers and raceways, ensures accurate alignment, reduces friction, and maintains tight running clearances even under continuous operation at high temperatures. The standardized design guarantees perfect interchangeability with industry components, simplifying maintenance and ensuring seamless integration into existing equipment designs.
Designed for maximum operational uptime and reliability, the 55196 bearing is the preferred choice for critical rotating components, including commercial vehicle wheel ends, transmission input shafts, and industrial gear reduction units. Its robustness translates directly into a lower total cost of ownership (TCO) by significantly extending replacement intervals and reducing unexpected downtime. For distributors and end-users prioritizing performance consistency and long-term durability in agricultural machinery, construction equipment, and Class 8 trucking, this bearing provides the necessary resilience to withstand shocks, vibration, and high cyclical stress.
Key Features
Optimized Roller/Raceway Geometry: Ensures low friction and maximum load distribution for extended operating life.
High-Alloy Steel Construction: Provides exceptional durability and resistance to shock loads and fatigue.
Separable Components (Cone & Cup): Allows for easier installation, inspection, and maintenance.
High Combined Load Capacity: Effectively manages simultaneous heavy radial and axial (thrust) forces.
Precision Ground Finishes: Reduces operating temperature and minimizes lubricant degradation.
