L25S002.T

L25S002.T is a combination low breaking capacity (LBC) fuse and thermal magnetic circuit breaker. It is a component of an electric circuit which consists of a pre-setable thermal magnetic air circuit breaker and a miniature size fuse. The device provides protection against over current, current distortion, over voltage and under voltage. It is also designed to prevent short circuit and ground fault scenarios.

The L25S002.T is designed to reduce the risk of electricity-related accidents and fire hazards by providing a fast response when short circuit and ground fault scenarios are detected. The thermal magnetic circuit breaker ensures that the fuse disconnects when the system reaches its specified limit current. As such, it provides a reliable protection of electrical system.

The working principle of L25S002.T is based on the two physical laws. First, it takes advantage of the thermal limit current which acts as the main factor of the thermal magnetic circuit breaker. The fuse will open or disconnect when the current reaches the pre-defined thermal limit current. Secondly, it is also based on the magnetic limit current which is pre-setable, thus allowing lower operating temperature setting, resulting in higher current carrying capacity.

L25S002.T is widely applied in electric distribution network such as residential premises, industrial premises, commercial establishments etc. It is also used for motor protection, circuit protection and protection of equipments from over current, over voltage, and under voltage. In addition, it is also used for protection against short circuit and ground fault.

L25S002.T offers cusomized protection schemes and applications to a variety of customers. Its application is user friendly and easy to install. It provides a highly reliable performance and reduce the risk of electricity-related accidents and fire hazards. Furthermore, it is designed with a protection scheme which ensures a fast response to the current disturbances. With this feature, it helps in improving the reliability and safety of electrical system.