Value Collection KP83273 Grade 70 Clevis Hook 4700 Lb

Product Description

The VALUE COLLECTION KP83273 is a Grade 70 clevis hook rated for 4,700 pounds of working load capacity. Forged from alloy steel, this clevis hook is designed for use with Grade 70 transport and lifting chain. The clevis mount provides a secure, pinned connection to chain links or anchor points. At 2-11/32 inches overall length, the hook is compact and suited for applications where a low-profile connection point is required. Riggers, millwrights, and general trade contractors use this type of hardware when securing loads for transport or overhead work governed by applicable load-securement standards.

This clevis hook is appropriate for use in trucking, rigging, and industrial load-securement applications where Grade 70 alloy steel chain hardware is specified. It is sold individually and is a direct fit for standard Grade 70 chain assemblies used in flatbed transport tie-down systems and general industrial rigging setups. Always match hook grade and capacity to the chain and load being secured.

Key Features

• Grade 70 rating for use with Grade 70 alloy steel transport chain
• 4,700 lb working load capacity
• Alloy steel construction for strength and durability in transport and rigging service
• Clevis-style mount for secure pinned attachment to chain or anchor hardware
• 2-11/32 inch overall length for compact, low-profile installation
• Sold as a single unit with no minimum order requirement beyond quantity of one

Compatibility

Designed for use with Grade 70 alloy steel chain assemblies in standard transport and rigging applications. Confirm hook throat size, chain pitch, and load rating match the chain assembly before installation.

Installation Notes

Installation should be performed by a qualified rigger or tradesperson familiar with load-securement regulations and applicable ASME or DOT standards. Always de-tension the chain assembly before attaching or removing the clevis hook. Inspect the hook, clevis pin, and retaining hardware for wear, deformation, or cracks prior to each use. Do not exceed the rated working load capacity under any circumstances.