Campbell T4900424 Carbon Steel Cold Shut Link 800 Lb

Product Description

The CAMPBELL T4900424 is a zinc-plated carbon steel cold shut link designed for general-purpose rigging, securing, and connecting chain or rope assemblies. With a 1/4 inch wire diameter and an 800 lb work load limit, this link provides a reliable mechanical connection in applications where a fully closed link is not required. The zinc finish offers basic corrosion resistance for light-duty outdoor or shop use. This hardware is commonly installed by riggers, contractors, and maintenance technicians working with chain assemblies, hooks, and tie-down systems.

This cold shut link is suited for general connecting and bundling tasks in construction, agriculture, marine, and maintenance environments. It is intended strictly for non-lifting applications and should not be used as part of any overhead lifting or hoisting assembly. The compact inside dimensions make it compatible with standard light-duty chain and rope configurations encountered in everyday securing and rigging setups.

Key Features

• 800 lb work load limit for dependable general-purpose securing
• Carbon steel construction with zinc finish for light corrosion resistance
• 1/4 inch wire diameter suits standard light-duty chain sizes
• Inside length of 1.1875 inches and inside width of 0.375 inches for precise fitment
• Not rated for lifting — suitable for tie-down, connecting, and bundling use only

Compatibility

Designed as a general-purpose cold shut link compatible with standard 1/4 inch light-duty chain and rope assemblies used in non-lifting rigging and securing applications.

Installation Notes

Installation requires basic hand tools; the soft metal gate is pressed closed after insertion into the chain or rope. Never use this link in overhead lifting, hoisting, or fall-arrest applications — it is not rated or certified for lifting loads. Inspect the link before each use for deformation, corrosion, or gate failure and replace if any damage is found. Always verify the work load limit of the entire assembly before use.