Double Row Angular Contact Ball Bearing 1.18in Steel 4360lbs Load

Overview

This double row angular contact ball bearing is engineered to deliver rigid shaft support in demanding industrial environments where high radial and axial loads are present. Constructed from premium-grade steel, the unit offers exceptional durability and resistance to deformation under stress. With a compact design featuring a 1.18-inch bore diameter, a 2.44-inch outside diameter, and a width of just 0.94 inches, it fits precisely into tight housing constraints without sacrificing performance capacity. The bearing is specifically designed to handle combined loads efficiently, making it an ideal solution for machinery that requires precise alignment and minimal deflection during operation.

Key Features

Double row design provides superior rigidity and load-carrying capacity Dynamic load rating of 4,360 lbs ensures reliability under heavy stress Non-contact seals on both sides retain lubrication and exclude contaminants High-grade steel construction resists wear and extends service life Optimized internal geometry reduces friction and heat generation Capable of supporting significant radial and axial forces simultaneously

Specifications

Bore Diameter: 1.18 in Outside Diameter: 2.44 in Width: 0.94 in

Material

Steel Dynamic Load Rating: 4,360 lbs Seal Type: Non-contact seals (both sides) Configuration: Double row angular contact Pack Size: 1 unit

Applications

Heavy-duty electric motors and gearboxes Industrial pump assemblies requiring rigid shaft positioning Machine tool spindles needing high precision and stability Automotive wheel hub assemblies for commercial vehicles Agricultural machinery operating under variable load conditions Conveyor systems with combined radial and thrust loading requirements Compressors and fans in HVAC and process industries This component serves as a critical element in maintaining operational integrity across various mechanical systems. The inclusion of non-contact seals allows for higher rotational speeds compared to traditional contact seals while still providing robust protection against dust, dirt, and moisture ingress. By effectively retaining grease within the raceway, the bearing minimizes maintenance intervals and reduces the risk of premature failure due to lubrication starvation. The steel material selection ensures that the bearing can withstand harsh operating temperatures and corrosive elements often found in factory settings. Engineers and procurement specialists will find this bearing particularly valuable for applications where space is limited but load requirements are substantial, offering a balanced solution that maximizes equipment uptime and overall efficiency.