Brand: GATES
GATES Premium Industrial Deep Groove Ball Bearing A 80 (80x140x26mm) | High Load, C3 Clearance
The GATES A 80 Industrial Bearing is engineered for relentless performance in demanding power transmission applications, ensuring maximum uptime across critical machinery such as large pumps, gearboxes, and heavy-duty electric motors. This bearing features super-finished raceways manufactured from high-purity, vacuum-degassed chrome steel, significantly enhancing fatigue life and minimizing operational friction. Designed with internal clearance (C3) tailored for elevated operating temperatures and heavy radial loads, the A 80 effectively compensates for thermal expansion, maintaining optimal rigidity and reducing the risk of premature failure under continuous high-speed or shock-load conditions. The robust pressed steel cage provides superior stability during rapid acceleration and deceleration cycles, making it the ideal choice for environments requiring absolute reliability.
Investing in the GATES A 80 translates directly into reduced Total Cost of Ownership (TCO) through extended maintenance intervals and minimized unplanned downtime. GATES premium sealing technology (available upon request, typically 2RS or ZZ) retains high-performance, factory-optimized lubricant while aggressively excluding contaminants like dust, moisture, and fine particulates common in harsh industrial settings. When paired with GATES drive systems, this bearing guarantees optimal shaft alignment and smooth rotation, ensuring the efficiency and longevity of the entire power train. Choose the A 80 for applications where operational consistency and measurable durability are non-negotiable requirements.
Key Features
Optimized C3 Internal Clearance for high-temperature and high-speed industrial operations.
Manufactured from premium vacuum-degassed steel for significantly extended bearing fatigue life.
High static and dynamic load ratings (C=68.0 kN) suitable for heavy-duty vibration and shock loads.
Precision-honed raceway geometry ensures low-noise operation and minimized heat generation.
Enhanced surface finish reduces friction, contributing to lower energy consumption.
