Brand: RBC
RBC 16033 Extra Light Deep Groove Ball Bearing | 17x35x10mm | High Speed & Limited Space Applications
The 16033 Single Row Deep Groove Ball Bearing belongs to the extra-light series, meticulously engineered for applications requiring maximum bore size within a constrained envelope. Manufactured from high-grade, heat-stabilized chrome steel, this bearing offers exceptional durability and fatigue resistance under continuous operational stress. Its precise internal geometry, featuring deep raceway grooves and optimized ball complements, allows it to effectively manage both significant radial loads and substantial axial loads in both directions. The 16033 is specifically designed for high rotational speeds and low torque requirements, making it ideal for precision instrumentation, robotics, and lightweight industrial transmissions where weight and space optimization are paramount.
This bearing ensures consistent, reliable performance across demanding industrial environments. The superior surface finish on the raceways minimizes friction and noise generation, contributing to greater energy efficiency and extended service life. The 16033 is available in various configurations (open, sealed, or shielded) to adapt to specific lubrication and contamination protection requirements. Choosing this RBC bearing ensures a critical component investment focused on maximizing operational uptime and reducing lifetime maintenance costs through engineered quality and dimensional precision.
Key Features
Extra-Light Series Geometry: Optimized for maximum bore size in limited housing space.
High-Speed Performance: Engineered internal clearance and precision for high rotational speeds (up to 20,000 RPM).
Versatile Load Capacity: Handles significant radial and bi-directional axial loads.
Superior Material Construction: Made from SAE 52100 chrome steel for enhanced wear resistance and longevity.
Low Friction Design: Precision-honed raceways reduce operating temperature and minimize torque requirements.
Standardized ISO Dimensions: Ensures interchangeability and ease of integration into existing systems.
