CFB2-300

Fuseholders are small pieces of electrical equipment used to protect circuits, buildings and machinery from potential damage due to an overload of electrical current. The CFB2-300 is a type of fuseholder specifically designed for use in industrial applications. This article will discuss the application field and working principle of the CFB2-300.

Application Field

The CFB2-300 dispels the myth that fuseholders are limited to household applications. This fuseholder is specifically designed for industrial applications, such as welding plants, gas or oil refineries, or concrete plants. It is ideal for use in a wide variety of high-powered machines or motors, such as air handlers, furnaces, pumps, generators, and industrial equipment.

Not only does the CFB2-300 offer protection from electrical current, but it can also protect against fault-type overloads. Its design facilitates quick and easy installation, making it both reliable and safe for use in high-powered industrial applications. Its durable metal housing is designed to protect its internal components and ensure it performs reliably for many years.

Working Principle

The CFB2-300 is designed to interrupt an overload or short circuit that would otherwise cause serious damage. This is accomplished by tripping a breaker once the current flow exceeds the maximum rating of the fuseholder. This activates the fuse, which releases a small amount of gas and melts a metal component to break the circuit. This prevents any further damage to the machine or the surrounding environment.

The CFB2-300 houses up to two fuses and features a dust-proof, water-proof design. This ensures that it will perform reliably even in harsh and dusty environments. In addition, the CFB2-300 can be easily reset and is compatible with a variety of fuse sizes. This versatility makes the CFB2-300 a must-have for all industrial fuseholders.

In conclusion, the CFB2-300 is an industrial grade fuseholder suitable for a variety of applications. It is designed to protect circuits, machinery and buildings from potential damage due to an overload of electrical current. It is both reliable and easy to install, making it perfect for a variety of industrial applications.