CR 61816 Extra Light Deep Groove Ball Bearing | 80x100x10mm | Thin Section High Precision
The CR 61816 Deep Groove Ball Bearing is engineered specifically for applications demanding a high degree of radial load capacity in an extremely confined space. As a member of the ISO 18 series, this bearing features a significantly reduced cross-section (10mm width) compared to standard bearings, making it ideal for compact machinery design and weight-sensitive industrial equipment. Constructed from high-purity, through-hardened steel (CR Grade), the 61816 ensures exceptional durability and extended service life even under dynamic high-speed rotation. Its optimized raceway geometry minimizes operational noise and frictional torque, contributing to higher energy efficiency and lower heat generation across the operational spectrum. This precision rating (often P6 or better) makes it suitable for sensitive environments where dimensional stability is critical.
Selecting the CR 61816 guarantees operational reliability in demanding environments such as precision robotics, medical imaging equipment, compact gearboxes, and aerospace ancillary systems where weight reduction is paramount. Our brand context (CR) ensures the bearing meets stringent quality control standards, resulting in less maintenance downtime and predictable performance over the component's lifetime. Utilizing the 61816 allows design engineers to achieve smaller envelope sizes without sacrificing crucial load ratings (20.0 kN Dynamic). Deploy the CR 61816 to optimize your equipment's power-to-weight ratio while maintaining the robust performance expected of premium industrial bearings.
Key Features
Extra Light Cross-Section (10mm width) ideal for compact designs.
High-Speed Capability suitable for continuous, high-RPM operation.
Low Friction Torque optimized for energy efficiency and reduced heat generation.
Precision Ground Raceways ensuring quiet operation and smooth running.
High Load-Carrying Capacity relative to its minimal mass (0.25 kg).
CR Grade Reliability designed for extended maintenance intervals and maximum uptime.
