Ecm Industries Llc 14-630 Battery Clip 30A 2-13/16 in 2 Pack

Product Description

The ECM INDUSTRIES LLC 14-630 is a general-purpose battery clip designed for secure electrical connections in a wide range of low-voltage applications. Each clip measures 2-13/16 inches and is constructed from copper plated steel for reliable conductivity and corrosion resistance. Rated at 30 amps, it supports both crimp ear and solder connection methods, giving installers flexibility depending on the job. This pack includes 2 clips and is packaged on a card for easy point-of-use storage. Electricians, automotive technicians, and maintenance professionals commonly use these clips for battery terminal connections and general wiring tasks.

These battery clips are suited for general-purpose electrical work across residential, commercial, and light industrial settings. The dual connection method — crimp ear or solder — makes them adaptable for field repairs, panel wiring, battery bank installations, and similar applications where a dependable mechanical and electrical connection is required. The copper plated steel construction ensures compatibility with standard copper and steel terminal systems.

Key Features

• Rated at 30 amps for general-purpose electrical connections
• Copper plated steel construction for conductivity and durability
• Accepts crimp ear or solder connection for installation flexibility
• Clip length: 2-13/16 inches
• Comes in a 2-pack, carded for organized storage

Compatibility

Designed as a general-purpose replacement battery clip suitable for standard battery terminal and low-voltage wiring applications where a 30A rated clip with crimp ear or solder termination is required.

Installation Notes

Installation should be performed by a qualified electrician or technician in accordance with applicable NEC guidelines. Disconnect and isolate the battery or power source before attaching or removing clips. When using the crimp ear method, ensure proper crimping tool selection to achieve a gas-tight connection. For solder connections, use appropriate flux and heat levels to avoid damage to insulation or adjacent components.