Hubbell Premise Wiring HBT300206SW Preformed Radius 30

Product Description

The HUBBELL PREMISE WIRING HBT300206SW is a preformed radius workbench accessory designed to guide and manage cabling at a 30-degree bend. With a 2-inch height and 6-inch width, this hardware accessory provides a fixed-geometry cable bend that protects low-voltage wiring from sharp angles and excessive stress at the point of routing. It is used in structured cabling installations where maintaining minimum bend radius is required to preserve signal integrity. Network and low-voltage installation technicians typically specify this component during workstation or equipment rack buildouts.

This preformed radius fitting is suited for workbench and cable management applications in commercial and enterprise network environments. It supports organized horizontal cable routing where consistent bend geometry is needed across multiple runs. The 30-degree preformed angle allows installers to route patch cables or data cabling along workbench trays and raceways without relying on field-bent or improvised bends that may exceed minimum bend radius requirements for structured cabling standards.

Key Features

• Preformed 30-degree radius maintains consistent cable bend geometry
• 2-inch height and 6-inch width suits standard workbench cable tray configurations
• Protects low-voltage and data cabling from bend stress and signal degradation
• Sold individually for flexible quantity purchasing
• Hardware accessory category — designed for use in structured cabling installations

Compatibility

Designed as an OEM-style workbench cable management accessory for use in structured cabling and low-voltage network installations where preformed radius guides are required.

Installation Notes

Installation is typically performed by a licensed low-voltage or structured cabling technician. Power down or de-energize any adjacent active equipment before routing cables through the radius guide. Follow TIA-568 minimum bend radius guidelines for the cable type being routed. Do not force cables into the guide in a way that exceeds the designed bend geometry.