Panduit T50F-C2 Spiral Wrap 0.50 Inch

Product Description

The PANDUIT T50F-C2 is a spiral wrap cable management product designed to bundle, protect, and organize wire harnesses and cable runs in electrical, industrial, and low-voltage installations. With a 0.50 inch (12.7 mm) diameter, it wraps around grouped conductors to provide flexible protection against abrasion, routing strain, and environmental exposure. The spiral design allows cables to be added or removed without cutting or re-routing the entire bundle, making it a practical choice for technicians managing complex wiring assemblies. Licensed electricians, panel builders, and low-voltage installers commonly use this product in control panels, equipment enclosures, and cable trays.

This spiral wrap is suited for residential and commercial applications where cable bundling and protection are required. Typical install scenarios include control panel wiring, HVAC equipment wiring harnesses, automation enclosures, and general wire management in electrical cabinets. Its flexible construction allows it to conform to curved or irregular routing paths without kinking or cracking.

Key Features

• 0.50 inch (12.7 mm) diameter for bundling mid-size wire groups
• Spiral design allows easy addition or removal of conductors after installation
• Flexible construction conforms to curved routing paths
• Provides abrasion and mechanical protection for cable bundles
• Sold individually per unit of measure

Compatibility

Designed as a general-purpose spiral wrap for use with standard wire bundles and cable harnesses in electrical enclosures, control panels, and equipment wiring applications.

Installation Notes

Installation does not require specialized tools — the spiral wrap is hand-applied by winding it around the cable bundle along its length. Power down all circuits and de-energize any equipment before routing or securing cable bundles. Follow applicable NEC guidelines for cable bundling, fill ratios, and enclosure wiring. Avoid over-tightening or kinking the wrap around sharp bends, as this can restrict conductor movement and reduce long-term flexibility.