80910080

A fuseholder is a device that is designed to hold a fuse that will protect electrical circuits from overload or short circuits. The fuseholder also provides a convenient way to open and close the circuit manually whenever needed. The 80910080 is a fuseholder designed for 10A and 600V AC circuits. It features a one-screw mounting system for easy installation and a one-piece UL94VO housing for extra durability and reliability.

The 80910080 has three components which are the lid, base, and the lever. The lid is the top part which consists of the one-screw mounting system and strain relief. The base is the lower part which has two integrated contacts for electrical connection. Lastly, the lever, or “paddle”, is where the user activates or deactivates the circuit and allows for manual opening and closing of the circuit. The 80910080 is designed to meet NEMA standards and features the ability to be adjusted for optimal performance.

The typical application fields of the 80910080 fuseholder are in industrial and commercial settings, including in factories, distribution centers, and power generation facilities. It is also used in leisure applications like yachts, sports fields, and amusement parks. The 80910080 offers convenience, durability, and safety, making it a good choice for protected circuits.

The working principle of the 80910080 fuseholder is simple yet reliable. When a fault or overload occurs, the fuse melts and trips the generator switch, opening the circuit and preventing any further damage to the system. The 80910080 is designed with an integrated contact system that helps the fuseholder quickly detect faults or currents and trips the switch. This ensures the system remains safe and operating correctly at all times.

In summary, the 80910080 fuseholder is an effective and reliable device that protects electrical circuits from overloads and short circuits. It has a one-screw mounting system for easy installation and a one-piece UL94VO housing for extra durability and reliability. It is typically used in both industrial and commercial settings, and its working principle involves detecting faults and currents to quickly trip the generator switch. This ensures the system remains safe and operating correctly at all times.