Steel Deep Groove Ball Bearing 0.787in Bore 1.85in OD, Pkg Qty 12

Overview

This industrial-grade deep groove ball bearing is engineered to deliver exceptional reliability and performance in demanding mechanical applications. Constructed from high-quality steel, the unit features a robust design capable of sustaining significant radial loads while maintaining smooth rotational movement. The bearing incorporates rubber contact seals on both sides, providing a critical barrier against dust, dirt, and moisture while effectively retaining internal lubrication. This sealed configuration minimizes maintenance requirements and extends service life, making it an ideal choice for continuous operation in harsh environments where contamination control is paramount.

Key Features

Dual rubber contact seals for superior contaminant exclusion High-carbon steel construction for maximum durability and load capacity Precision-ground raceways ensure low friction and quiet operation Pre-lubricated design eliminates the need for initial greasing Optimized for high-speed rotation with minimal heat generation Resistant to wear and deformation under heavy stress conditions

Specifications

Bore Diameter: 0.787 in Outside Diameter: 1.85 in Width: 0.551 in

Material

Steel Seal Type: Double Rubber Contact (RSH) Load Capacity: High Radial Load Rating Package Quantity: 12 units per pack Inside Diameter: 0.787 in

Applications

Electric motor shafts and armatures Industrial gearbox assemblies Conveyor system rollers and pulleys Agricultural machinery drive trains HVAC fan motors and blowers Power tool spindles and rotating components Pump impellers and fluid handling equipment Automotive alternators and starter systems This component serves as a vital replacement or original equipment part for a wide range of machinery. The precise dimensions of 0.787 inches for the bore and 1.85 inches for the outside diameter allow for seamless integration into standard housing designs. The compact width of 0.551 inches ensures fitment in space-constrained assemblies without sacrificing structural integrity. By utilizing advanced manufacturing techniques, the bearing maintains tight tolerances that reduce vibration and noise during operation. The steel material provides excellent resistance to fatigue, ensuring consistent performance over extended operational cycles. Whether used in manufacturing plants, processing facilities, or mobile equipment, this bearing solution offers a cost-effective method to enhance machine uptime and reduce total cost of ownership through reduced maintenance intervals.