The Graco 81/0033-15/11 Fuse, Type-CC, 15A, Time Delay provides dependable circuit protection for compatible Graco industrial equipment. Its slow-blow design allows temporary startup surges while protecting electrical components from overloads and short circuits.
The Graco 81/0033-15/11 Fuse, Type-CC, 15A, Time Delay is a genuine OEM electrical protection component designed to safeguard Graco industrial equipment from overloads and short circuits. Its time-delay (slow-blow) design allows temporary inrush currents during equipment startup while providing reliable protection against sustained electrical faults. This fuse helps minimize unnecessary downtime and supports the safe operation of electrical control systems.
This fuse is used in various Graco industrial systems equipped with a 15A Class CC time-delay fuse. Compatibility depends on the machine's electrical configuration and control panel design.
| Specification | Details |
|---|---|
| Part Number | 81/0033-15/11 |
| Product Type | Class CC Cartridge Fuse |
| Current Rating | 15 Amps |
| Fuse Characteristic | Time Delay (Slow-Blow) |
| OEM | Graco Genuine Replacement Part |
| Primary Function | Protects electrical circuits from overloads and short circuits while allowing temporary startup current surges. |
The Graco 81/0033-15/11 Fuse, Type-CC, 15A, Time Delay is engineered to deliver dependable circuit protection in demanding industrial environments. Unlike standard fast-acting fuses, its time-delay design withstands brief current spikes commonly produced during motor startup or equipment initialization, helping reduce nuisance fuse failures while maintaining reliable protection.
Manufactured to Graco's OEM standards, this replacement fuse helps maintain equipment safety, electrical reliability, and consistent performance when replacing a worn or blown fuse with the correct specification.
Using the correct OEM fuse helps maintain the original electrical protection designed for your equipment. Installing the proper fuse rating and type reduces the risk of equipment damage, improves operational reliability, and helps maintain safe system performance.
