Thomas Betts TY5272M Standard Cable Tie 120 Lb 8.75 in

Product Description

The THOMAS BETTS TY5272M is a standard-duty nylon cable tie designed for organizing and bundling wire harnesses, conduit runs, and cable assemblies in electrical, HVAC, and general trade applications. At 8.75 inches in overall length with a tensile strength of 120 lb, this tie handles medium to heavy bundling tasks without cutting into insulation or loosening under vibration. Molded from natural-colored nylon, it is rated for service from -40 degrees F to 185 degrees F, making it suitable for both indoor and outdoor installations where thermal cycling is a concern. Each package contains 50 ties.

This cable tie is commonly used by electricians, HVAC technicians, and plumbers for securing wire bundles, fastening tubing, and managing cables in panel enclosures, mechanical rooms, and equipment installations. The 2-inch maximum bundle diameter accommodates a wide range of bundle sizes encountered in residential and light commercial work. The self-locking head allows for quick, tool-free installation, and the natural nylon color blends cleanly into most wiring environments.

Key Features

• 120 lb tensile strength for reliable hold on medium to heavy wire bundles
• 8.75-inch length accommodates bundles up to 2 inches in diameter
• Natural nylon construction rated from -40 degrees F to 185 degrees F
• UL Listed (File E49405), UL Recognized, CSA Certified, and RoHS Compliant
• Self-locking head allows fast, one-hand installation without additional tools
• Sold in a 50-count package for job-site and panel work

Compatibility

Designed as a standard-duty cable tie for general electrical, HVAC, and mechanical bundling applications where a 120 lb tensile strength and up to 2-inch bundle diameter are required.

Installation Notes

Cable ties of this type are installed by electricians and HVAC technicians per NEC and local code requirements for cable management and support. Ensure bundles are fully seated before cinching the tie to prevent uneven load distribution. Do not over-tighten on insulated conductors, as excessive force can damage wire jackets. Trim excess tail flush with the locking head using diagonal cutters to eliminate sharp edges in panel enclosures.