Value Collection SFR-2 Miniature Flanged Ball Bearing

Product Description

The VALUE COLLECTION SFR-2 is a miniature flanged ball bearing designed for precision rotating assemblies where compact dimensions and reliable load capacity are required. With a 0.125-inch bore diameter, a 0.375-inch outside diameter, and an overall width of 0.1562 inches, this single-row open bearing fits tight-clearance applications. It carries a static load capacity of 49 pounds and a dynamic load capacity of 144 pounds. The stainless steel housing and ABEC-5 tolerance rating make it a dependable choice for light industrial, instrumentation, and mechanical assemblies maintained by technicians and machinists working with precision sub-assemblies.

This bearing is suited for residential and light commercial mechanical applications where a miniature form factor is necessary. Typical install scenarios include small motors, fans, instruments, and other rotating equipment requiring a flanged, open-style bearing in a compact footprint. The integrated flange with a 0.44-inch flange outside diameter simplifies axial retention and housing fitment without additional hardware. No snap ring is included or required for standard flanged installations.

Key Features

• Flanged design with 0.44-inch flange OD for simplified axial positioning
• Single-row, open-style construction for low-friction, lightweight applications
• ABEC-5 tolerance rating for controlled dimensional accuracy
• Stainless steel housing for corrosion resistance in demanding environments
• 49-pound static and 144-pound dynamic load capacity in a miniature package
• Round bore for standard shaft fitment without additional machining

Compatibility

Designed as an OEM-style replacement miniature flanged ball bearing for precision rotating assemblies requiring a 0.125-inch bore and 0.375-inch OD with an ABEC-5 rating.

Installation Notes

Installation should be performed by a qualified machinist or mechanical technician familiar with precision bearing fitment. Press or hand-press the bearing squarely into the housing bore, applying force only to the outer race to avoid damaging the bearing surfaces. Clean and inspect the mating shaft and housing before installation to ensure proper interference fit. Do not use impact tools directly on the bearing face.