Nb Swk 8GUU Square Flanged Single Linear Bearing

Product Description

The NB SWK 8GUU is a square flanged single linear bearing designed for precision linear motion applications. With a 0.5 inch inside diameter and a 0.875 inch outside diameter, this bearing supports shafting in systems that require smooth, low-friction axial movement. The square flange configuration allows for direct bolt-down mounting to a housing or plate, making installation straightforward in both new builds and retrofit applications. At an overall length of 1.25 inches and a flange width of 1.75 inches, it fits within compact linear motion assemblies. Weighing approximately 1 pound, this bearing is handled by mechanical technicians, machine builders, and industrial maintenance professionals.

This bearing is suited for use in linear slide systems, automation equipment, machine tool components, and motion control assemblies where a flanged mount is required. The square flange style provides a stable four-point mounting interface, making it appropriate for applications that need positive retention of the bearing in a housing block or fabricated plate. It is typically installed in light-to-medium duty linear motion setups found in industrial and commercial equipment.

Key Features

• Square flange design enables direct bolt-down mounting to a housing or plate surface
• 0.5 inch inside diameter for use with standard half-inch linear shafting
• 0.875 inch outside diameter with a 1.25 inch overall length for compact fitment
• 1.75 inch flange width provides a stable mounting footprint
• Sold as an individual unit with a minimum order quantity of 1

Compatibility

Designed as a direct-fit square flanged single linear bearing for use with 0.5 inch diameter linear shafting in standard linear motion assemblies.

Installation Notes

Installation is typically performed by mechanical technicians or machine builders working on linear motion systems. Before servicing any existing assembly, de-energize all actuators and release any stored mechanical or pneumatic energy. Secure the bearing using appropriately sized fasteners through the flange mounting holes and verify shaft alignment before final tightening. Do not force the bearing onto the shaft, as misalignment can cause premature wear or reduced service life.