Campbell 5779245 Removable Coupling Link 15000 Lb

Product Description

The CAMPBELL 5779245 is a Grade 100 carbon steel removable coupling link rated for a working load limit of 15,000 pounds. It is designed for use in overhead lifting and rigging assemblies where chain components must be connected, adjusted, or replaced in the field without special tooling. The removable design allows the link to be opened and closed manually, making it a practical component for riggers and millwrights who need to reconfigure sling assemblies between lifts. The painted finish provides basic corrosion resistance for general industrial environments.

This coupling link is suited for use in industrial rigging, construction, and material handling applications where Grade 100 chain fittings are specified. It is compatible with 1/2 inch Grade 100 chain systems and is commonly assembled into multi-leg bridle slings, basket hitches, and choker configurations. Licensed riggers and qualified rigging crews are the typical installers in commercial and industrial settings where ASME B30.9 compliance is required.

Key Features

• 15,000 pound working load limit for heavy-duty overhead lifting
• Grade 100 carbon steel construction for high strength-to-weight ratio
• Removable design allows field assembly and disassembly without special tools
• Painted finish for basic corrosion and abrasion resistance
• Meets ASME B30.9 and ASTM A952 standards for rigging hardware

Compatibility

Designed for use with 1/2 inch Grade 100 alloy chain rigging systems in assemblies that require a removable connecting link at the master link, end link, or intermediate position.

Installation Notes

Installation should be performed by a qualified rigger familiar with ASME B30.9 rigging standards. Inspect the link for deformation, cracks, or wear before each use, and never exceed the rated working load limit. Ensure the coupling mechanism is fully engaged and locked before applying any load. Remove from service immediately if any damage, distortion, or wear beyond manufacturer tolerances is observed.