Spherical Bearing 0.79in Bore Bearing Steel 2850 lbs Load, Pkg Qty 8

Overview

This spherical bearing unit is engineered for demanding industrial environments where shaft misalignment and heavy loading are common challenges. Constructed from high-grade bearing steel, the component offers exceptional durability and resistance to wear under continuous operation. The self-aligning design automatically compensates for angular misalignment and shaft deflection, ensuring smooth rotation and reducing stress on adjacent machinery parts. With a robust dynamic load rating, this bearing delivers reliable performance in applications ranging from agricultural equipment to complex material handling systems, significantly extending service intervals and minimizing unplanned downtime.

Key Features

Self-aligning inner ring compensates for up to several degrees of misalignment High-grade bearing steel construction ensures superior hardness and fatigue resistance Dynamic load capacity rated at 2,850 lbs for heavy-duty operational cycles Precision-machined 0.79-inch bore diameter for accurate shaft fitting Compact 1.22-inch total width allows installation in space-constrained assemblies Sealed design protects internal components from dust, moisture, and debris ingress Reduced maintenance requirements due to optimized internal geometry

Specifications

Bore Diameter: 0.79 in Outside Diameter: 1.85 in Total Width: 1.22 in

Material

Bearing Steel Dynamic Load Rating: 2,850 lbs Bearing Type: Insert Ball Bearing with Spherical Outer Ring Package Quantity: 8 units per pack

Applications

Conveyor system rollers and idlers Agricultural machinery including harvesters and tillage equipment Material handling forks and lift mechanisms Ventilation fan assemblies and blowers Textile manufacturing frames Food processing line conveyors Construction equipment pivot points Packaging machinery drive shafts The unit is supplied in packs of eight to support bulk replacement schedules or original equipment manufacturer assembly lines. Its standardized dimensions allow for direct interchangeability with common industry models, simplifying inventory management for maintenance teams. The combination of a precise 0.79-inch bore and a substantial 1.85-inch outside diameter provides an optimal balance between rotational freedom and structural rigidity. Operators benefit from the component's ability to maintain performance consistency even when subjected to variable radial and axial stresses typical in rugged outdoor or factory floor settings. Proper installation of these bearings contributes directly to improved energy efficiency by reducing friction losses in rotating assemblies.