Value Collection 22264-88 Deep Groove Ball Bearing

Product Description

The VALUE COLLECTION 22264-88 is a deep groove ball bearing designed for radial and moderate thrust load applications in rotating machinery. It features a 0.625-inch round bore, a double-seal configuration to retain lubrication and exclude contaminants, and a single-row ball complement housed in a carbon steel shell. The bearing carries a dynamic load capacity of 915 pounds and is rated for up to 2,500 RPM. It is 7/16 inch wide and weighs approximately 0.087 pounds. This type of bearing is installed by mechanical technicians, millwrights, and HVAC or industrial equipment service professionals wherever compact, sealed radial support is required.

This bearing suits light-duty industrial, commercial, and HVAC blower shaft applications where a small-bore, sealed unit is needed. Its double-seal design makes it appropriate for moderately contaminated or humid environments where an open or shielded bearing would require more frequent service intervals. The round bore accepts standard shaft diameters of 0.625 inches without modification. No snap ring is included, so the housing must provide positive axial retention through other means such as a shoulder or retaining clip.

Key Features

• 0.625-inch round bore accommodates standard fractional shafts directly
• Double-seal design retains grease and resists contaminant ingress
• 915-pound dynamic load capacity for light-duty radial applications
• 2,500 RPM maximum speed rating
• Single-row construction in carbon steel housing
• Unground retainer type; no snap ring included

Compatibility

Designed as an OEM-style replacement deep groove ball bearing for equipment requiring a 0.625-inch round bore, double-seal, single-row bearing with a 7/16-inch width.

Installation Notes

Disconnect and lock out all power to the equipment before removing or installing the bearing. Press or drive the bearing squarely into the housing using a bearing press or a correctly sized sleeve that contacts only the outer race to avoid race or ball damage. Verify the shaft and housing seat dimensions are within tolerance before seating. Follow applicable machinery safety standards and equipment manufacturer guidelines during installation.