Value Collection CA3023U62 Cut-off Wheel 3 in 60 Grit

Product Description

The VALUE COLLECTION CA3023U62 is a Type 1 aluminum oxide cut-off wheel designed for aggressive cutting on steel and similar ferrous materials. Measuring 3 inches in diameter and 1/32 inch thick, this reinforced wheel fits die grinders via a 3/8-inch arbor hole. The 60-grit aluminum oxide abrasive provides a balance of fast cutting action and reasonable wheel life. With a maximum operating speed of 25,000 RPM, the wheel is well-suited for high-speed die grinders used in fabrication, maintenance, and repair work. The reinforced fiberglass construction adds structural integrity during high-speed operation.

This cut-off wheel is intended for use with die grinders in applications involving steel cutting, slotting, and notching. It is appropriate for both shop and field use where a compact 3-inch wheel is required. Typical users include machinists, fabricators, maintenance technicians, and trade professionals who need a small-diameter wheel for precision cut-off work in tight spaces or on smaller workpieces.

Key Features

• 3-inch diameter with 1/32-inch thickness for clean, narrow cuts
• 3/8-inch arbor hole for compatibility with standard die grinders
• 60-grit aluminum oxide abrasive rated for steel applications
• Reinforced fiberglass construction for high-speed structural integrity
• 25,000 RPM maximum operating speed
• Type 1 (01/41) straight wheel profile

Compatibility

Designed for use with die grinders accepting a 3/8-inch arbor and capable of operating at or below 25,000 RPM. Rated for steel cutting applications per specification A60T US.

Installation Notes

Installation and wheel changes should be performed by qualified personnel following applicable ANSI B7.1 safety standards for abrasive wheels. Always power down and disconnect the grinder before mounting or removing a wheel. Inspect the wheel for cracks or damage before each use and never operate above the rated maximum RPM. Wear appropriate PPE including eye protection and gloves during operation.