Value Collection V16VG04201S Swivel Caster 800 Lb

Product Description

The VALUE COLLECTION V16VG04201S is a heavy-duty swivel caster designed for industrial and commercial material handling applications. The wheel measures 4 inches in diameter and 2 inches wide, constructed from metal with a grooved tread profile. A roller bearing provides smooth, low-resistance rotation under load. The top plate mount design allows for straightforward bolted installation onto carts, workbenches, equipment frames, and similar structures. With a rated load capacity of 800 pounds, this caster is suited for demanding environments where reliable mobility under heavy loads is required.

This swivel caster is commonly used in manufacturing facilities, warehouses, maintenance shops, and service environments where heavy carts, tool stands, or equipment platforms require durable rolling support. The grooved wheel profile is well-suited for use on track or rail-style floor systems. The top plate mount with a 4 inch by 4.5 inch plate footprint fits standard caster mounting patterns found on most industrial-grade equipment bases and fabricated frames.

Key Features

• 800-pound load capacity for heavy industrial and commercial use
• 4-inch diameter by 2-inch wide metal wheel with grooved tread
• Roller bearing for smooth swivel action under load
• Top plate mount with 4 inch by 4.5 inch plate for secure bolted attachment
• Swivel configuration allows full 360-degree directional movement

Compatibility

Designed as an OEM-style replacement or direct-fit addition for industrial carts, equipment bases, and fabricated frames using standard top plate swivel caster mounts with a 4 inch by 4.5 inch plate pattern.

Installation Notes

Installation is performed by maintenance technicians or fabricators using standard hand tools. Before installing or replacing casters, ensure the equipment is fully unloaded and stable to prevent tipping. Secure all top plate mounting bolts to the frame using appropriate fasteners rated for the intended load. Verify that the total load is distributed evenly across all casters to avoid exceeding the per-caster capacity rating.