Value Collection 22662-77 Deep Groove Ball Bearing

Product Description

The VALUE COLLECTION 22662-77 is a double-shield deep groove ball bearing designed for rotating shaft applications in industrial, HVAC, and mechanical equipment. With a 0.75-inch bore diameter and 0.5-inch width, this single-row bearing uses a round bore and carbon steel housing to support radial and light axial loads. It is rated for a dynamic load capacity of 1,171 pounds and a maximum speed of 2,500 RPM. The unground retainer type and double-shield configuration help retain grease and limit contaminant ingress in moderate-duty service environments. Maintenance technicians, millwrights, and HVAC equipment installers are the typical end users.

This bearing fits light to medium-duty rotating equipment including motors, blower assemblies, fans, and conveyor shafts where a 0.75-inch round bore is required. The double-shield design makes it well suited for enclosed equipment where re-lubrication access is limited and where some protection from dust and debris is needed. It is a standard metric-compatible imperial size commonly used in commercial HVAC blower systems, industrial fans, and general machinery drives.

Key Features

• 0.75-inch bore diameter with round bore for standard shaft fitment
• Double-shield design limits contamination and retains lubrication
• 1,171-pound dynamic load capacity for moderate radial loads
• Maximum speed rating of 2,500 RPM
• Carbon steel housing construction for durability in mechanical environments
• Single-row configuration suits standard radial load applications

Compatibility

Designed as an OEM-style replacement for deep groove ball bearings with a 0.75-inch round bore in single-row, double-shield configurations used across industrial motors, HVAC blower assemblies, and general mechanical drive applications.

Installation Notes

Installation should be performed by a qualified mechanic or HVAC technician. Always de-energize and lock out the equipment before removing or installing bearings. Use a proper bearing press or driver tool to seat the bearing evenly against the housing shoulder — never strike the bearing directly with a hammer. Confirm shaft and housing tolerances before installation to avoid premature wear or damage to the bearing races.