Brand: RBC
RBC High Precision Double Row Angular Contact Ball Bearing 7514 DLG S | Spindle Grade | Optimized Stiffness
The RBC 7514 DLG S 8604 - 88 - 300 represents a critical component in high-reliability applications requiring exceptional rigidity and precise rotational accuracy. Classified as a Double Row Angular Contact Ball Bearing (DLG), this unit is engineered with a high contact angle configuration to accommodate significant axial and radial loads simultaneously, making it ideal for machinery operating under heavy pre-load conditions. The 'S' designation often denotes a specialized cage material (typically PEEK or reinforced polyamide) optimized for high rotational speeds and low friction. Furthermore, the 8604 precision class indicates compliance with stringent dimensional tolerances, ensuring minimal runout and superior dynamic performance suitable for precision machine tool spindles or demanding automation robotics.
Designed specifically for the OEM and critical MRO markets, this bearing ensures prolonged operational life and minimized maintenance downtime. RBC's specialized manufacturing process, signified by the complex suffix '88 - 300', guarantees consistency in performance, specialized fit, and often, an optimized internal geometry or special coating for enhanced corrosion resistance. When absolute repeatability and system stiffness are paramount—such as in grinding equipment, CNC axes, or critical indexing tables—the 7514 DLG S delivers the necessary combination of load capacity, thermal stability, and world-class precision expected from a premium bearing supplier.
Key Features
Ultra-High Precision 8604 Tolerance Class (Minimized Radial and Axial Runout)
Double Row Configuration for Maximum Stiffness and Load Distribution
Optimized Contact Angle geometry handles heavy combined axial and radial loads simultaneously.
Specialized Internal Suffix (-88-300) indicates custom fit, material processing, or optimized preload setting.
High-Speed capability via specialized cage material (S) and low-friction design.
Ideal for critical machine tools, high-speed spindles, and precision indexing mechanisms.
