Panduit BT9LH-L0 Cable Tie 120 Lb 30.7 Inches Black Nylon

Product Description

The PANDUIT BT9LH-L0 is a heavy-duty barbed cable tie designed for bundling and securing wire harnesses, conduit runs, and cable assemblies in demanding environments. At 30.7 inches in overall length, it accommodates bundles up to 9 inches in diameter. Constructed from black nylon, this tie delivers a rated tensile strength of 120 pounds and is built to resist UV exposure and moisture. The barbed locking mechanism provides a firm, one-way engagement that holds under vibration and mechanical stress. Licensed electricians, industrial maintenance technicians, and panel wiring professionals use this tie in both indoor and outdoor applications.

This cable tie is suited for commercial and industrial installations where long bundle lengths and high tensile loads are common. Typical uses include cable tray bundling, outdoor conduit support, equipment panel wire management, and utility runs exposed to sunlight or weather. The UV and weather resistance rating makes it appropriate for rooftop mechanical units, outdoor electrical enclosures, and exposed wire management on HVAC equipment. The operating temperature range of -76 degrees F to 185 degrees F supports use in both cold-storage environments and high-heat mechanical rooms.

Key Features

• 30.7-inch length handles bundles up to 9 inches in diameter
• 120 lb tensile strength rating for secure, high-load bundling
• UV-resistant and weather-resistant nylon construction for outdoor use
• Barbed locking head provides positive one-way engagement
• Rated for use from -76 degrees F to 185 degrees F
• CE Certified and RoHS Compliant

Compatibility

Designed as a standard barbed cable tie for general wire bundling and cable management applications across electrical, HVAC, and industrial installations where a 30.7-inch nylon tie with high tensile strength is required.

Installation Notes

Installation is performed by electricians or maintenance technicians using a cable tie tensioning tool for consistent cinch force. Power down all circuits before working in live panels or enclosures. Avoid over-cinching on insulated conductors, as excessive tension can damage wire insulation. Follow NEC guidelines for conductor bundling and derating when securing multiple current-carrying conductors together.