CR 5926 Series Deep Groove Ball Bearing (130x200x33mm) - High Capacity, Precision Industrial Grade
The CR 5926 Deep Groove Ball Bearing is engineered for critical industrial applications demanding high reliability and sustained performance under challenging operating conditions. Featuring a robust design with high-carbon chromium steel construction, this bearing delivers exceptional rigidity and wear resistance, significantly extending service life in heavy-duty machinery. The optimized internal geometry ensures reduced friction and heat generation, allowing for stable operation at higher speeds relative to its size (130mm bore). Manufactured to stringent ISO/ABEC standards, the 5926 maintains tight dimensional tolerances, making it the ideal choice for precision rotating equipment where minimizing vibration and noise is essential.
Selecting the CR 5926 means investing in minimized operational downtime and maximized maintenance intervals. This bearing is perfectly suited for critical components in electric motors, industrial pumps, gearboxes, and large conveyor systems where reliable load management is non-negotiable. Its high dynamic (Cr) and static (C0r) load ratings guarantee superior performance longevity even when subjected to frequent shock loads or misalignment stresses. As part of the CR lineage, the 5926 ensures compatibility and quality that system integrators and maintenance professionals trust globally, providing a robust solution for enhancing machinery efficiency and overall productivity.
Key Features
Constructed from high-purity, high-carbon chromium steel for superior fatigue life.
High dynamic load capacity (140 kN) suitable for demanding industrial machinery.
Optimized ball set and cage design to ensure minimal noise and vibration.
Precision P6 tolerance class ensures accuracy for high-speed rotational applications.
Sealed and shielded options available for contaminated or wash-down environments (suffix variations apply).
Excellent heat dissipation properties, contributing to longer lubricant life and reduced maintenance.
