Brand: FAG
7318 B JP UA Angular Contact Ball Bearing - FAG Precision 90x190x43mm - High Axial Load Capacity
The FAG 7318 B JP UA is a premium single row angular contact ball bearing engineered for demanding industrial applications requiring high speed and exceptional rigidity. Featuring a standardized 40° contact angle ('B'), this bearing is optimized to manage heavy axial loads in one direction simultaneously with significant radial loads. The 'JP' designation confirms the use of a lightweight, highly durable pressed steel cage, ensuring reliable performance even under high dynamic stress and temperature fluctuations. Designed with the 'UA' (Universal Arrangement) precision, these bearings can be mounted in pairs (DB, DF, DT) without shims or spacers, allowing engineers to achieve the exact preload and rigidity required for complex machine tool spindles, high-speed pumps, and specialized gear drives.
Leveraging Schaeffler's decades of expertise, the 7318 B JP UA delivers superior operational accuracy and extended service life, significantly reducing Total Cost of Ownership (TCO) compared to standard-grade alternatives. Its robust design provides unparalleled thermal stability and vibration dampening crucial for continuous operation in critical infrastructure. This bearing is the ideal choice for maintenance professionals and OEMs prioritizing reliability, minimizing downtime, and ensuring peak performance in high-precision, heavy-duty machinery across the manufacturing, energy, and process industries.
Key Features
40° Contact Angle (B) for superior axial load capacity and system rigidity.
Universal Arrangement (UA) allows for immediate mounting in duplex pairs (DB, DF, DT) without specialized shims, maximizing installation flexibility.
Pressed Steel Cage (JP) optimized for high rotational speeds and harsh operational conditions.
Exceptional thermal stability and low friction characteristics extend service life and reduce operational temperature.
Manufactured to FAG P6 precision standards, ensuring maximum running accuracy and minimum noise/vibration.
