IELHR111-1-62-35.0-D-91

The IELHR111-1-62-35.0-D-91 circuit breaker is designed for robust protection of electrical circuits.

It is incredibly reliable and can withstand long periods of use in demanding applications. It is suitable for a variety of configurations and can be integrated into a wide range of electrical systems.

The IELHR111-1-62-35.0-D-91 circuit breaker can be used in both residential and commercial applications. It is equipped with a sensitive temperature increase detection system and short-circuit interruption technology that allows it to prevent overheating by cutting off the current before damage can occur.

The IELHR111-1-62-35.0-D-91 circuit breaker provides an effective solution for protecting circuits from thermal overloads, short-circuiting, and electrical accidents such as fires or electrocution. It is designed to be highly durable and reliable, so it can be used in even the most hazardous environments.

The working principle of the IELHR111-1-62-35.0-D-91 circuit breaker is based on a heat sensitive bi-metal element that activates as soon as it detects an increase in temperature. The thermal element is sensitive enough to distinguish a slight increase in temperature and respond accordingly without fail. When the temperature gets too high, the bi-metal element bends and trips the breaker, causing the connected circuit to be shut down instantly.

The tripping mechanism of the IELHR111-1-62-35.0-D-91 circuit breaker also allows it to provide maximum protection against short-circuits. It is able to detect and respond to short-circuits quickly and effectively, increasing safety and protecting electrical equipment from damage.

In addition, the IELHR111-1-62-35.0-D-91 circuit breaker features a highly efficient system that is designed to reduce energy usage. Its energy-saving design helps to conserve electricity, which not only reduces costs but is also beneficial for the environment.

The IELHR111-1-62-35.0-D-91 circuit breaker is the ideal choice for reliable, efficient, and cost-effective circuit protection. Its integrated temperature increase detection system, short circuit interruption technology, and energy-saving design make it ideal for a wide range of applications.