Brand: GATES
GATES Series A-64 High-Performance Deep Groove Ball Bearing (64x110x22mm)
The GATES Series A-64 industrial bearing is engineered for exceptional reliability in high-load, continuous operation environments typical of industrial power transmission systems. Featuring precision-machined races crafted from high-carbon chromium steel (ASTM 52100), this deep groove ball bearing configuration ensures low friction and high rotational accuracy, significantly extending the mean time between failures (MTBF). Its design incorporates optimized ball spacing and a robust pressed steel cage, enabling superior management of both radial and moderate axial loads. This bearing is pre-lubricated with a high-temperature polyurea grease and fitted with non-contact seals (2RS), providing essential protection against dust ingress and moisture without compromising operational speed.
Designed specifically to minimize maintenance dependency and catastrophic failure risk, the A-64 is the preferred solution for applications requiring unwavering performance, such as heavy-duty pumps, large conveyor rollers, gearboxes, and industrial motors. By prioritizing dimensional stability and superior surface finish, this GATES component ensures quiet running and reduced vibration, contributing directly to overall machinery health and reduced energy consumption. Choosing the A-64 means investing in GATES' commitment to rugged durability and ensuring maximum uptime in critical operational loops.
Key Features
High-Performance 2RS Seals: Excellent contamination resistance, ensuring long life in dusty and wet environments.
Engineered for Low Vibration: Precision raceway geometry reduces noise and minimizes wear on surrounding components.
High Dynamic Load Capacity: Optimized internal design supports continuous, high-speed radial and moderate axial loads.
Factory Pre-Lubricated: Filled with high-grade industrial grease for maintenance-free operation over extended periods.
Robust Steel Cage: Provides superior ball guidance and stability under heavy acceleration and variable loads.
