Panduit BT2I-M Cable Tie 8in Natural Nylon Barbed 40lb

Product Description

The PANDUIT BT2I-M is a barbed nylon cable tie designed for general-purpose wire and cable bundling in electrical, data, and mechanical installations. Measuring 8 inches in overall length with a width of 0.141 inches and a thickness of 0.041 inches, this tie delivers a 40 lb tensile strength in a lightweight, low-profile form. The natural (off-white) color suits standard indoor and protected outdoor applications. Electricians, panel builders, and low-voltage installers use this tie for routing and securing cable bundles in panels, conduit runs, junction boxes, and equipment enclosures.

This cable tie is suited for residential and commercial electrical work, telecommunications closets, industrial control panels, and general mechanical assemblies. It handles bundle diameters up to 2 inches, making it appropriate for small to mid-size wire groups. The operating temperature range of -76 degrees F to 185 degrees F extends its use into moderately demanding thermal environments such as utility spaces and equipment rooms.

Key Features

• 40 lb tensile strength for reliable bundle retention
• Barbed locking mechanism for secure, one-way engagement
• Accepts bundle diameters up to 2 inches
• Nylon construction with natural color for standard installations
• Rated from -76 degrees F to 185 degrees F operating range
• CE Certified, CSA Certified, RoHS Compliant, and UL Listed (File E56854)

Compatibility

Designed as a standard barbed cable tie for general wire and cable bundling applications across electrical, data, and mechanical installations where a 40 lb, 8-inch nylon tie meets the bundling requirement.

Installation Notes

Cable ties of this type are installed by electricians and low-voltage technicians following applicable NEC guidelines for cable management. De-energize circuits before working inside panels or enclosures. Use a calibrated tensioning tool when consistent pull force and flush-cut trimming are required. Avoid over-tightening on insulated conductors, as excessive tension can deform or damage cable jackets.