Halex/scott Fetzer 51061 Wedge Clamp 2-6 Awg Service Entrance

Product Description

The HALEX/SCOTT FETZER 51061 is a wedge clamp designed to secure aerial drop service entrance cable in residential and light commercial electrical installations. It accepts conductors ranging from 2 AWG to 6 AWG, making it suitable for standard overhead service entrance applications. The clamp uses a wedge-style grip mechanism that holds the cable securely without damaging the insulation. Electricians install this clamp at the point where the aerial drop meets the service entrance, providing a reliable mechanical anchor for the incoming conductors. It ships bulk packed in a package quantity of four.

This wedge clamp is used in overhead service entrance installations where aerial drop cable must be mechanically secured at or near the meter base or service head. It is appropriate for residential new construction, service upgrades, and replacement work where a code-compliant cable anchor is required. The 2 AWG to 6 AWG conductor range covers the most common service entrance cable sizes used in residential service drops.

Key Features

• Accepts 2 AWG to 6 AWG conductors for broad compatibility with standard service entrance cable sizes
• Wedge-style clamping mechanism provides a secure mechanical hold on aerial drop cable
• Bulk packed in quantities of four per package
• Designed for aerial drop service entrance applications in residential and light commercial work

Compatibility

Designed for use with 2 AWG to 6 AWG aerial drop service entrance cable in standard overhead service entrance installations.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements for service entrance equipment and overhead service drops. De-energize or coordinate with the utility before working at the service entrance point. Ensure the clamp is properly seated and the wedge is fully engaged before securing the cable. Do not exceed the stated conductor range, as undersized or oversized conductors may not seat correctly in the wedge mechanism.