Campbell 4503815 Grade 70 Clevis Hook 5/8 in 18100 Lb

Product Description

The CAMPBELL 4503815 is a Grade 70 clevis hook rated for an 18,100 lb working load limit, designed for use with 5/8 inch chain in heavy transport and load-securing applications. Forged from alloy steel, this clevis hook delivers the strength-to-weight ratio required for over-the-road cargo securement and industrial rigging tasks. The 25/32 inch clevis pin diameter and 13/16 inch inside diameter provide a secure, positive connection to standard Grade 70 chain links. At 3.9 pounds, the hook is built to handle demanding field conditions without adding unnecessary mass to the assembly.

This clevis hook is used in cargo transport, towing, and load binding applications where Grade 70 chain is the specified equipment. It is a common component in flatbed trucking rigging setups, agricultural equipment towing, and industrial material handling. The 3/4 inch hook throat accommodates standard attachment points. Installation and use should follow applicable DOT and ASME B30 standards for load securement and rigging hardware.

Key Features

• 18,100 lb working load limit for heavy-duty transport and rigging use
• Forged alloy steel construction for high strength and durability
• Designed for 5/8 inch Grade 70 chain
• 25/32 inch clevis pin diameter for secure chain connection
• 3/4 inch hook throat for standard attachment compatibility
• 13/16 inch inside diameter fits Grade 70 chain links

Compatibility

Designed for use with 5/8 inch Grade 70 chain in cargo securement, towing, and industrial rigging assemblies where an 18,100 lb working load limit is required.

Installation Notes

Installation should be performed by a qualified rigger or technician familiar with ASME B30 and applicable DOT load securement regulations. Always inspect the hook, clevis pin, and retaining hardware for wear or deformation before placing the assembly under load. Never exceed the rated working load limit, and ensure the clevis pin is fully seated and secured before tensioning the chain.