0ADKC9120-BE

The 0ADKC9120-BE is a high-performance fusing device, designed for a variety of applications in a wide range of environments. It is a fuse that offers reliable protection against short-circuiting and overcurrent problems. The 0ADKC9120-BE is often used in electrical installations, allowing energy supply to continue in the event of an overload.

Application Field

The application fields of 0ADKC9120-BE fuses primarily include their use in electrical panels, circuit boards, cable assemblies, and other electrical equipment. It is a reliable and efficient fuse for indoor applications, and can be used in conjunction with a circuit breaker to protect circuits from overload damage. This fuse is also commonly used in consumer applications such as electronics, computers, security systems, and audio-video systems, in order to ensure uniform current flow and provide reliable protection.

Working Principle

The 0ADKC9120-BE fuse works by interrupting the flow of electricity or heat when a certain level of current is exceeded. The working principle of the fuse is based on the fact that the current-carrying conductor in the fuse melts, thereby reducing the current flow and protecting the circuit from damage. Once the current-carrying conductor melts, it restores an open circuit. The fuse is designed to protect against short-circuit, overload, and reverse voltage conditions. It also limits any changes in the current that could cause an open circuit.

The 0ADKC9120-BE fuse features two terminals and a thermistor in the center to detect temperature changes. The thermistor is used to detect changes in current levels and to disconnect the circuit if the current exceeds the permitted level. The fuse also features a safety fuse element, which disconnects the circuit in the event of an overload. The mounting of the fuse is such that it produces a safety arc when overloaded.

The 0ADKC9120-BE is a reliable and cost-effective fuse that can be used in a variety of applications. It is designed to offer reliable protection against any kind of potential electrical faults in the circuit. Its simple yet efficient design makes it easy to install and can ensure safe operation in many electrical environments.