Nb Swf 12GUU Round Flanged Single Linear Bearing

Product Description

The NB SWF 12GUU is a round flanged single linear bearing designed for smooth, low-friction linear motion in precision mechanical assemblies. With a 0.75 inch (3/4 inch) inside diameter and a 1.25 inch outside diameter, this bearing supports accurate shaft guidance in automation equipment, machine slides, and industrial motion systems. The flanged design provides a positive mounting face, simplifying installation in plate or housing applications. At 2 pounds, it offers a solid construction appropriate for demanding linear motion environments. Installation is typically handled by mechanical technicians and machine builders working on linear motion or CNC-type assemblies.

This bearing is suited for use in linear motion systems where a round flanged housing style is required. Typical applications include automated machinery, precision slide assemblies, and general industrial equipment requiring consistent shaft support. The flanged outer ring allows the bearing to seat flush against a mounting plate, which is useful in applications with limited axial space or where a positive stop is needed during assembly.

Key Features

• Round flanged single bearing style for straightforward plate-mount installation
• 0.75 inch (3/4 inch) inside diameter for compatibility with standard 3/4 inch shafts
• 1.25 inch outside diameter for precise housing fit
• Overall length of 1.625 inches supports compact linear motion configurations
• Flange width of 2.1875 inches provides a stable mounting surface
• Lightweight at 2 pounds for ease of handling during assembly

Compatibility

Designed as an OEM-style replacement or direct-fit component for linear motion assemblies requiring a round flanged single linear bearing with a 3/4 inch inside diameter and 1-1/4 inch outside diameter.

Installation Notes

Installation is typically performed by mechanical technicians or machine builders. Ensure the mating shaft and housing bore are clean and within tolerance before pressing or sliding the bearing into position. Power down and de-energize any connected drive systems before servicing linear motion components. Avoid applying force directly to the bearing balls or inner ring during installation; use appropriate press tooling against the outer ring or flange face.