Cooper Bussmann LP-CC-1-1/8 Cc Time Delay Fuse 1.13A

Product Description

The COOPER BUSSMANN LP-CC-1-1/8 is a Class CC time delay cartridge fuse rated at 1.13 amps, designed for general-purpose overcurrent protection in control circuits, motor branch circuits, and industrial panel applications. With a dual-element time delay construction, it rides through harmless inrush currents while still providing fast response to sustained overloads and short-circuit faults. The fuse carries an interrupting rating of 200 kA at AC (RMS) and 20 kA at DC, making it suitable for high-available-fault-current environments. It mounts in a standard CC-class fuse holder. Licensed electricians and controls technicians are the typical installers.

This fuse fits residential and light commercial electrical panels, HVAC control circuits, motor control centers, and industrial equipment where Class CC fuse protection is specified. The compact cartridge body measures 1.5 inches in overall length and 10.30 mm in diameter, fitting any standard CC-class fuse block or inline fuse holder. It is well suited for applications requiring time delay characteristics to prevent nuisance trips caused by motor starting inrush or transformer magnetizing current.

Key Features

• Class CC time delay dual-element construction handles inrush without nuisance tripping
• 200 kA AC (RMS) interrupting rating for high-fault-current installations
• 20 kA DC interrupting rating
• Compact cartridge body: 1.5 inches length, 10.30 mm diameter
• CE Certified, CSA Class 1422-02 File 53787 Certified, and UL Listed 248-4 Guide JDDZ File E4273
• Mounts in standard CC-class fuse holders — no special tooling required

Compatibility

Designed as an OEM-style replacement for Class CC fuse holder applications requiring a 1.13 amp time delay cartridge fuse.

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 removing or installing the fuse. Verify that the replacement fuse matches the amperage, class, and interrupting rating specified for the circuit. Do not substitute a different fuse class or a non-time-delay fuse in circuits where time delay characteristics are required by design.