Steel Deep Groove Ball Bearing 2.95in Bore 5.12in OD 0.98in Length, Pkg Qty 10

Overview

This high-performance deep groove ball bearing is engineered to meet the rigorous demands of heavy-duty industrial machinery. Constructed from premium-grade steel, the unit provides exceptional structural integrity and resistance to wear during continuous operation. The design facilitates efficient support for both radial and axial loads, ensuring smooth rotational movement with minimal friction. With precise dimensional tolerances, this component delivers reliable performance in environments where equipment uptime and longevity are critical. The robust construction makes it suitable for a wide range of mechanical systems requiring consistent power transmission and stability under significant stress.

Key Features

High-grade steel construction for maximum durability and wear resistance Precision-engineered raceways for reduced friction and heat generation Capable of supporting combined radial and axial load conditions Optimized internal geometry for high-speed rotational applications Sealed design options available to protect against contaminants Consistent performance across varying temperature ranges Long service life reduces frequency of maintenance intervals Sold in bulk packages to streamline inventory management for large facilities

Specifications

Bore Diameter: 2.95 inches Outside Diameter: 5.12 inches Width: 0.98 inches

Material

High-Carbon Steel Load Type: Radial and Axial Package Quantity: 10 units Surface Finish: Machined and polished for smooth operation Tolerance Class: ABEC-1 standard precision

Applications

Electric motor shafts and rotor assemblies Industrial gearbox input and output stages Conveyor system drive rollers and pulleys Agricultural machinery transmission components Pump impellers and fluid handling equipment HVAC blower wheels and fan assemblies Machine tool spindles requiring rigid support Automotive alternators and starter motors Operational Efficiency and Maintenance The geometric precision of this bearing ensures minimal energy loss due to friction, contributing to overall system efficiency. Proper installation within standard housing configurations allows for immediate integration into existing machinery without the need for custom adapters. Regular lubrication schedules should be followed based on specific operating speeds and environmental conditions to maintain optimal performance. The steel material offers inherent resistance to deformation under heavy loads, preserving alignment and preventing premature failure. By utilizing bulk packaging, procurement teams can reduce per-unit costs and ensure adequate stock levels for scheduled maintenance shutdowns or emergency repairs. This component represents a reliable solution for engineers seeking to balance performance requirements with cost-effective operational strategies in manufacturing and processing environments.