Panduit CMBRC1 Cable Management Bend Radius Fitting

Product Description

The PANDUIT CMBRC1 is a bend radius control fitting designed for structured cable management systems. It guides and controls the bend radius of cables routed through raceways and cable management channels, preventing sharp bends that can damage cable jacket integrity or degrade signal performance. This fitting is used by low-voltage installers, electricians, and data communications technicians working in commercial and industrial environments. It ships as a single unit and is classified as a hardware accessory within structured wiring and cable management applications.

The CMBRC1 is suited for use in raceway-based cable management installations where maintaining minimum bend radius requirements is critical. Typical applications include data center cable runs, telecommunications rooms, and structured wiring closets where multiple cables must be routed neatly and safely. Installers use this fitting where cables transition direction inside a channel or trough to avoid kinking or stressing the cable at the turn point.

Key Features

• Controls cable bend radius to protect cable integrity at direction changes
• Designed for integration with compatible cable management raceway systems
• Single-unit quantity for targeted installation at specific bend points
• Hardware accessory classification suitable for structured cabling environments
• Helps maintain compliance with minimum bend radius requirements for network and low-voltage cabling

Compatibility

Designed as an OEM-style fitting for use with compatible PANDUIT cable management raceway and channel systems. Verify raceway series compatibility before ordering.

Installation Notes

Installation is typically performed by licensed electricians or low-voltage cabling technicians. De-energize any active circuits in the immediate work area before routing cables through fittings. Follow TIA-568 or applicable structured cabling standards for minimum bend radius requirements. Do not force cables past the fitting in a way that exceeds the rated bend radius control geometry.