Steel Deep Groove Ball Bearing 3.94in Bore 5.91in OD 0.94in Width, Pkg Qty 5

Overview

This industrial-grade deep groove ball bearing is engineered to deliver exceptional performance in high-load mechanical systems. Constructed from premium steel, the unit provides robust support for both radial and axial forces, ensuring smooth rotational movement under demanding operating conditions. With a precise bore diameter of 3.94 inches and an outside diameter of 5.91 inches, this component fits standard heavy-duty shaft configurations. The compact width of 0.94 inches allows for installation in space-constrained assemblies without compromising structural integrity or load capacity. Designed for longevity, these bearings minimize friction and wear, making them ideal for continuous operation in manufacturing, processing, and transportation equipment. Each package contains five units, offering a practical solution for bulk replacements or new machinery assembly lines.

Key Features

High-strength steel construction for maximum durability Precision-ground raceways for reduced friction and noise Optimized for simultaneous radial and axial load support Sealed design protects internal components from contaminants Consistent dimensional accuracy for reliable fitment Sold in packs of five for cost-effective inventory management

Specifications

Bore Diameter: 3.94 in Outside Diameter: 5.91 in Width: 0.94 in

Material

Steel Load Type: Radial and Axial Package Quantity: 5 units Bearing Type: Deep Groove Ball Bearing

Applications

Electric motor shafts and generators Industrial gearboxes and transmission systems Conveyor belt rollers and pulleys Agricultural machinery drive trains Pump and compressor assemblies Heavy-duty fan and blower wheels Machine tool spindles Automotive wheel hubs and axles Performance and Reliability The geometric precision of this bearing ensures minimal vibration during high-speed rotation, contributing to the overall efficiency of the host machine. The steel material offers excellent resistance to deformation under stress, maintaining alignment even when subjected to shock loads or variable torque. By reducing energy loss through friction, these bearings help lower operational costs and extend the service intervals of critical equipment. The standardized dimensions facilitate easy sourcing and replacement, minimizing downtime during maintenance procedures. Whether used in new original equipment manufacturer designs or as a retrofit component for aging infrastructure, this bearing delivers the reliability required for modern industrial operations.