0895050.PXC

Fuses are electrical components designed to protect the electrical circuit from overloads or other faults. The 089550.PXC is a type of fuse designed to provide protection for equipment and systems against overloads and short circuits. It is typically used in industrial and commercial applications, particularly those that involve hazardous or potentially dangerous materials.

This 089550.PXC fuse has a rated current of 32A, a rated clearing I2 at 500mA, an operating voltage of 48V AC, and a breaking capacity of 10kA at 500V AC. It also features an 89550-type LED indicator light that indicates when the fuse is protecting the circuit. The fuse offers a higher level of current protection than other fuses, allowing it to be used in higher voltage applications.

The primary purpose of the fuse is to interrupt a circuit when the current flow exceeds its rated value, thereby protecting the electrical system from a potentially catastrophic situation such as a short circuit or an overload. The fuse works by using a small amount of current to heat a thin piece of conducting metal, the fuse wire. When the current becomes too high, the metal quickly melts, opening the circuit and breaking the flow of current.

The 089550.PXC fuse has a number of safety features, including a self-contained arc-extinguishing system, a manual reset function, and an in-built surge suppressor. The manual reset function allows the user to reset the fuse after it has been tripped, allowing the user to restore power to the circuit without having to replace the fuse. The surge suppressor helps protect against sudden voltage spikes or overcurrents and reduces the risk of damage to the equipment or surrounding areas.

The 089550.PXC fuse is a safe and reliable way to protect electrical circuits from overloads or short circuits. It is easy to install and provides a high level of protection from electrical faults. This fuse is ideal for industrial and commercial applications, particularly those that involve hazardous or potentially dangerous materials.