American Power Pull 13030 Mini Load Binder 375 Lb Wll

Product Description

The AMERICAN POWER PULL 13030 is a mini load binder designed for securing loads with 1/4-inch chain, cable, or rope. Built from high-quality heat-treated steel, this binder delivers reliable tensioning for light-duty tie-down applications. It carries a 375-pound working load limit, a 750-pound proof test load, and a 1,500-pound minimum breaking strength. The 7-3/4-inch handle provides leverage for tightening, and the 3-1/2-inch take-up range allows quick adjustment across varying load configurations. Riggers, fleet operators, and cargo securement professionals use this binder when a compact, durable tensioning device is needed for smaller chain and rope assemblies.

The 13030 mini load binder is suited for light-duty cargo securement tasks in trucking, agriculture, construction, and general hauling. It is intended for use with 1/4-inch chain, cable, or rope. The compact handle length and short take-up make it a practical choice for applications where space is limited or loads do not require heavy-duty binders. It is not rated for overhead lifting.

Key Features

• 375-pound working load limit for light-duty cargo securement
• Heat-treated steel construction for durability under tension
• Compatible with 1/4-inch chain, cable, or rope
• 7-3/4-inch handle length for leverage during tensioning
• 3-1/2-inch take-up for quick load adjustment
• 750-pound proof test load and 1,500-pound minimum breaking strength

Compatibility

Designed for use with 1/4-inch chain, cable, or rope in light-duty load securement applications.

Installation Notes

Load binders should be installed and tensioned by personnel familiar with cargo securement regulations and best practices, including applicable DOT tie-down standards. Always inspect the binder, chain, and attachment points for wear or damage before use. Never exceed the rated working load limit. Stand clear of the binder and chain when applying tension, and secure the handle to prevent accidental release during transport.