80/20 Inc. 6823 Double Flange Linear Bearing 1530

Product Description

The 80/20 INC. 6823 is a double flange linear bearing designed for use with Series 15 - 1530 aluminum T-slot extrusion profiles. It provides smooth, guided linear motion along the extrusion axis and supports hanging loads in light to medium-duty applications. The bearing measures 5.5 inches in length and 1.875 inches in height, with four mounting holes for secure flange attachment. The anodized aluminum construction and self-lubricating design reduce maintenance requirements in continuous-motion assemblies. This component is installed by machine builders, automation integrators, and fabricators working with 80/20-style modular framing systems.

The 6823 is suited for linear motion applications built around Series 15 - 1530 extrusion, including automated slides, gantry assemblies, drawer mechanisms, and custom machine frames. Its double-flange configuration allows secure, stable mounting on both sides of the bearing body, making it a practical choice for applications where consistent positioning and load support across the full bearing length are required.

Key Features

• Designed for Series 15 - 1530 T-slot extrusion linear motion assemblies
• Self-lubricating construction reduces maintenance intervals
• Supports hanging load configurations
• Four mounting holes for stable double-flange attachment
• Anodized aluminum body with clear finish for corrosion resistance
• Overall length of 5.5 inches and height of 1.875 inches for compact integration

Compatibility

Designed for use with Series 15 - 1530 extrusion profiles in 80/20-style modular framing and linear motion systems.

Installation Notes

Installation is typically performed by machine builders or automation technicians familiar with T-slot framing systems. Ensure the extrusion rail is free of debris and properly secured before mounting the bearing. Align the four flange mounting holes to the mating surface and fasten evenly to prevent binding during linear travel. Verify that load direction and magnitude are within the bearing's intended range before commissioning the assembly.