Brand: GATES
GATES AX 48 Precision Deep Groove Ball Bearing - 40x80x18mm - High Speed & Extreme Durability
The GATES AX 48 single-row deep groove ball bearing is engineered for demanding industrial power transmission applications, offering exceptional performance under both high radial and moderate axial loads. Manufactured using ultra-clean, high-carbon chromium steel (AISI 52100), the AX 48 guarantees superior fatigue life and dimensional stability across wide temperature variations. Its optimized internal geometry ensures minimal friction and reduced heat generation, crucial for sustaining high operating speeds characteristic of electric motors, pumps, and high-precision gearbox applications. This robust design minimizes vibration and noise levels, contributing to improved machine efficiency and quieter operation, thereby aligning with stringent modern industrial standards.
Designed for maximum uptime, the AX 48 features advanced low-contact synthetic rubber seals (2RS configuration) that provide unparalleled protection against corrosive elements, dust ingress, and moisture, significantly extending the service interval and reducing the Total Cost of Ownership (TCO). Pre-lubricated with a premium, high-temperature polyurea grease, the AX 48 is ready for immediate deployment in conveyor systems, agricultural machinery, and heavy HVAC units where reliability is paramount. Its strict adherence to ISO tolerance class P6 ensures consistent running accuracy and simplified replacement procedures.
Key Features
Precision P6 Tolerance Class for optimized running accuracy and reduced vibration.
Integrated 2RS Sealing Technology ensures robust protection against contaminants and maximizes lubricant retention.
Manufactured from premium grade, vacuum-degassed steel for significantly extended operational lifespan.
High Dynamic Load Capacity (Cr 30.7 kN) suitable for heavy-duty industrial applications.
Factory pre-lubricated with specialized polyurea grease, ensuring maintenance-free operation over long periods.
Reduced friction torque design improves energy efficiency and lowers operating temperatures.
