Bsc Preferred VEL131 Hook and Loop Cable Straps 4 Pack

Product Description

The BSC PREFERRED VEL131 is a hook-and-loop cable strap designed for fast, reusable wire and cord bundling in trade and commercial applications. One side features a hook surface and the other a loop surface, allowing each strap to attach to itself without clips, ties, or additional hardware. This self-fastening design makes it practical for service technicians who need to dress wiring harnesses, secure conduit runs, or organize cords during installation or maintenance. Each case contains 4 straps. The VEL131 is a straightforward mechanical fastening solution suited for electrical, HVAC, and general building service work.

These hook-and-loop straps are used wherever bundling or managing multiple wires or cords is needed. Common applications include organizing low-voltage control wiring at air handlers and furnaces, bundling thermostat wire, securing cords at panels or equipment racks, and general wire management during residential or light commercial service calls. The reusable attachment mechanism allows technicians to adjust or reposition bundles without cutting ties or leaving debris at the job site.

Key Features

• Hook-and-loop construction allows each strap to fasten to itself with no additional hardware
• Reusable design supports repositioning or removal without damaging wire insulation
• Suitable for bundling control wiring, data cords, power cables, and conduit groups
• Sold 4 straps per case, matching common service kit quantities
• Lightweight at under 1 pound per case, easy to carry in a service bag

Compatibility

Designed as a general-purpose hook-and-loop fastening strap for wire and cord bundling in electrical, HVAC, plumbing, and building service applications.

Installation Notes

De-energize any circuits before bundling or dressing wiring harnesses to prevent accidental contact. These straps are installed by hand with no tools required. Follow NEC guidelines for wire bundling practices, including derating requirements when grouping current-carrying conductors. Do not overtighten around insulated conductors in a way that could cause abrasion or deformation over time.