Norton 66253322863 Cutoff Wheel 13-3/4 in Aluminum Oxide

Product Description

The NORTON 66253322863 is a Type 1 (01/41) flat cutoff wheel designed for stationary abrasive cutting tools. It measures 13-3/4 inches in diameter and 0.098 inches thick, with a 1-1/4 inch arbor hole. The abrasive material is aluminum oxide bonded with a resinoid bond in a non-reinforced construction. This wheel is rated for a maximum of 2,770 RPM and is intended for cutting steel in stationary tool setups. Licensed tradespeople and fabricators working with stationary cutoff saws or chop-style abrasive machines will find this wheel suited to demanding ferrous metal cutting tasks.

This cutoff wheel is built for stationary tool applications in metal fabrication, maintenance, and industrial service environments. Its aluminum oxide abrasive and resinoid bond make it appropriate for cutting steel stock, bar, tube, and structural shapes. The Type 1 flat profile is the standard geometry for straight cutoff work on stationary machines. Typical users include metal fabricators, pipefitters, ironworkers, and industrial maintenance mechanics who operate fixed abrasive cutoff saws.

Key Features

• 13-3/4 inch diameter suits stationary abrasive cutoff saw spindles
• 0.098 inch thickness provides a narrow kerf for efficient steel cutting
• 1-1/4 inch arbor hole for standard stationary machine mounting
• Aluminum oxide abrasive with resinoid bond for ferrous metal cutting
• Non-reinforced Type 1 flat wheel construction
• Rated to 2,770 RPM maximum operating speed

Compatibility

Designed for use with stationary cutoff tools that accept a 13-3/4 inch diameter, Type 1 flat wheel with a 1-1/4 inch arbor hole. Specified for steel cutting applications per ML-114.

Installation Notes

Mounting and replacement of abrasive cutoff wheels should be performed by qualified personnel following ANSI B7.1 safety standards for the use, care, and protection of abrasive wheels. Always power down and lock out the machine before changing wheels. Inspect the wheel for cracks or chips before mounting and never exceed the stated maximum RPM of 2,770. Ensure the arbor flanges and bushings are clean, properly sized, and torqued according to the machine manufacturer specifications.