Lorell LLR90261 Panel T-foot Freestanding Base

Product Description

The LORELL LLR90261 is a T-foot base designed to replace the standard glides on Lorell fabric panels, converting them into freestanding units. Instead of relying on interconnected panel runs for stability, this foot allows a single panel to stand independently on a flat floor surface. The result is a more flexible partition system suited for open-plan offices where layouts shift frequently. Licensed office furniture installers and facilities technicians are the typical installers. The unit ships as a set and weighs approximately 5 pounds, making it manageable for a one-person installation.

This base is used in commercial and professional office environments wherever Lorell fabric panels are deployed. It is particularly useful when a single panel needs to serve as a standalone divider, privacy screen, or corner partition without being anchored to adjacent panels. The freestanding design supports quick reconfiguration of workspace layouts without tools or structural modifications to the floor or ceiling.

Key Features

• Replaces standard glides on Lorell fabric panels to create freestanding configurations
• Allows a single panel to stand independently without connecting to adjacent panels
• Supports corner and private-space layouts using one panel
• T-foot design provides a stable base on flat floor surfaces
• Sold as a set for straightforward replacement installation

Compatibility

Designed as a direct glide replacement for Lorell fabric office partition panels. Confirm panel model compatibility with the manufacturer before ordering if exact fitment is uncertain.

Installation Notes

Installation is handled by facilities staff or office furniture technicians and requires no special trade licensing. Remove the existing glides from the bottom of the Lorell fabric panel before attaching the T-foot base. Ensure the floor surface is level and free of debris to allow full contact with the T-foot for maximum stability. Do not use this base on carpet or uneven surfaces where tip-over risk may be elevated.