Cooper Bussmann NON-60 Cartridge Fuse 60A 250V

Product Description

The COOPER BUSSMANN NON-60 is a 60-amp, 250-volt Type NON general-purpose cartridge fuse designed for overcurrent protection in a wide range of electrical distribution applications. Type NON fuses are one-time, non-renewable cartridge fuses that interrupt fault current and must be replaced after operation. Rated at 60 amps and 250 volts, this fuse measures 3 inches in length and 0.81 inches in diameter. It is packaged in a boxed format and sold in a package quantity of 10 units, making it practical for service stock and panel work.

Type NON cartridge fuses are commonly installed in residential and light commercial electrical panels, disconnect switches, and fusible load centers. They are suited for general-purpose branch circuit protection where time-delay characteristics are not required. Electricians and electrical contractors use these fuses when servicing or restoring overcurrent protection in standard 250-volt single-phase circuits, including motor branch circuits, lighting circuits, and general load applications where a fast-acting fuse is acceptable.

Key Features

• 60-amp continuous current rating for general-purpose branch circuit protection
• 250-volt rating suitable for standard single-phase distribution circuits
• Type NON one-time, non-renewable cartridge construction
• Compact form factor at 3 inches x 0.81 inches x 0.81 inches for standard fuse holders and disconnects
• Boxed packaging with a package quantity of 10 for service van stocking

Compatibility

Designed as an OEM-style replacement for standard Type NON cartridge fuse holders and fusible disconnects rated for 250-volt, 60-amp class fuses.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC). Always de-energize and lock out the circuit before replacing any fuse. Use an appropriately rated fuse puller when removing or inserting cartridge fuses in a disconnect or panel. Never replace a fuse with a higher amperage rating than the circuit is designed and wired to support.