Value Collection 3-N00-205J6- Single Sheave Pulley

Product Description

The VALUE COLLECTION 3-N00-205J6- is a swivel eye single sheave pulley designed for use with fibrous rope in light-duty rigging and lifting applications. The sheave measures 1.25 inches in outside diameter and accommodates rope up to 0.25 inches in diameter. The body is cast from gray iron and finished with a zinc plating for basic corrosion resistance. The swivel eye mount allows the block to rotate and self-align with the load direction, reducing wear on the rope and fitting. This type of hardware is commonly installed by maintenance technicians, millwrights, and riggers working in shop, warehouse, or facility environments.

This pulley is suited for single-line rope routing in low-load block-and-tackle arrangements, overhead rope guides, and simple mechanical advantage setups. It is appropriate for use with standard fibrous rope in interior and light-duty exterior applications where a rotating attachment point is needed. The zinc-plated finish provides a measure of protection against light moisture exposure in covered or semi-covered installations.

Key Features

• Swivel eye mount allows free rotation for self-aligning load attachment
• Single sheave design suited for straightforward rope routing
• 1.25-inch outside diameter sheave sized for 0.25-inch fibrous rope
• Gray iron construction provides solid rigidity for light-duty rigging use
• Zinc-plated finish offers basic protection against light corrosion

Compatibility

Designed as an OEM-style replacement or direct-use swivel eye single sheave pulley for light-duty fibrous rope rigging applications in maintenance and facility settings.

Installation Notes

Installation is typically performed by maintenance technicians or riggers familiar with basic block-and-tackle or rope-routing systems. Inspect the swivel eye and sheave for freedom of movement before placing the pulley into service. Verify that the rope diameter does not exceed 0.25 inches to prevent binding in the sheave groove. Always confirm that the intended load does not exceed the rated capacity of the hardware before use.