The SW CB3236 is a high-performance, single-row cylindrical roller bearing designed for demanding industrial applications requiring exceptional radial load support and high rotational speeds. Featuring precision-machined rollers and raceways, this bearing minimizes friction and heat generation, leading to superior energy efficiency and prolonged operational life. Its robust design incorporates the standard P6 dimensional accuracy class and an optimized roller-end/flange contact area, ensuring low vibration and reduced edge stress, crucial for maximizing the MTBF (Mean Time Between Failures) in heavy machinery. The CB3236 features a separable configuration, allowing the ring and roller assembly to be mounted independently, significantly simplifying installation and maintenance procedures in complex drive systems.
Engineered for environments ranging from large industrial gearboxes and mining machinery to high-output electric motors and pulp and paper mills, the CB3236 delivers reliability under continuous, heavy-duty operation. Constructed from high-purity, through-hardened steel, the bearing maintains dimensional stability and excellent wear resistance even under extreme shock loads. The standardized C3 radial internal clearance facilitates reliable expansion accommodation in typical industrial operating temperatures. Choosing the SW CB3236 ensures reduced total cost of ownership (TCO) by minimizing unplanned downtime and decreasing lubrication consumption, making it the preferred choice for maintenance professionals focused on maximizing plant productivity.
Key Features
Exceptional Dynamic Load Rating (390 kN) suitable for continuous heavy operation.
Separable Design: Allows for simplified mounting and maintenance procedures.
Optimized Roller Profile: Prevents damaging edge stresses and prolongs bearing service life.
Standard C3 Radial Internal Clearance accommodates thermal expansion efficiently.
High Limiting Speed Performance: Rated up to 4,300 rpm with oil lubrication.
Constructed from P6 precision-grade bearing steel for maximum wear resistance and reliability.
