LEG1-1-62-20.0-A-01-V

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Circuit breakers are ubiquitous in virtually all aspects of electrical power distribution. The LEG1-1-62-20.0-A-01-V is a circuit breaker that is specifically designed to handle high power loads. It integrates reliable trip and open/close functions, which allows it to operate safely and reliably even in challenging environments. Its construction makes it ideal for both AC and DC circuit applications.

The LEG1-1-62-20.0-A-01-V utilises an advanced capacitor circuit breaker design for the optimal protection of medium and high-power systems. The breaker has an adjustable trip current setting, allowing it to be optimised for the specific load. The breaker is constructed from high quality materials, ensuring it is reliable and will provide long-term service. Furthermore, the trip module is designed to reduce the risk of false tripping.

When the array of power loads exceeds a certain point, the breaker creates an open circuit and then closes when the load falls back below a set level. When current passes through the breaker, it energises the arc located at its enclosure and the breaker applies a controlled current to trip the circuit. This arc then extinguishes itself without any need for additional intervention, meaning that the breaker can be reset in seconds if needed. The trip current of the breaker is adjustable so that it can be set to the desired level, providing the necessary security.

The LEG1-1-62-20.0-A-01-V is designed to operate in low and high temperatures, as well as in wet and dry conditions. It is constructed with a strict attention to detail, with the casing being certified for insulation against dust and moisture. This ensures that the breaker will perform reliably even in harsh conditions.

The LEG1-1-62-20.0-A-01-V is ideal for applications where extreme protection is required yet also is optimised for use with medium and high power loads. Its robust construction and reliable trip and close/open functions make it an excellent choice for both residential and industrial applications. Its adjustable trip current allows it to be optimised to the specific load while its ability to operate in extreme conditions ensures reliable performance even in harsh conditions.

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