Thomas Betts L-8-40-9-C Standard Cable Tie 40 Lb Natural

Product Description

The THOMAS BETTS L-8-40-9-C is a standard nylon cable tie rated for 40 lb tensile strength. At 8.5 inches in overall length and 0.14 inches wide, it is built for general-purpose wire bundling and cable management across a wide range of electrical, HVAC, and mechanical installations. The natural (clear) color nylon construction handles continuous operating temperatures up to 185 degrees F, making it suitable for most indoor and light-duty enclosure environments. Each package contains 100 ties. This product carries UL Recognized status under File E4905.

This cable tie suits residential and commercial applications where organized wire runs and secure cable bundles are required. Electricians, HVAC technicians, and panel builders use ties like this one during rough-in, equipment installation, and control panel assembly. The 2-inch maximum bundle diameter accommodates small to mid-size wire groups typical in low-voltage control wiring, line-voltage circuits, and mechanical equipment connections.

Key Features

• 40 lb tensile strength for reliable bundle retention in standard service conditions
• 8.5-inch length with up to 2-inch maximum bundle diameter capacity
• Natural nylon construction rated to 185 degrees F continuous operating temperature
• 0.14-inch width and 0.045-inch thickness for low-profile, space-efficient routing
• UL Recognized under File E4905
• Sold in a 100-count package

Compatibility

Designed as a standard one-piece nylon cable tie suitable for general wire bundling and cable management in electrical, HVAC, and mechanical installations where a 40 lb tensile rating and up to 2-inch bundle diameter are appropriate.

Installation Notes

Cable ties are installed by electricians, HVAC technicians, and mechanical contractors in accordance with NEC bundling and support requirements where applicable. De-energize circuits before working in panels or enclosures. Use a cable tie tensioning tool for consistent cinch force and flush tail removal. Avoid over-tightening on insulated conductors, as excessive tension can damage wire insulation.