IEGF6-31417-2-V

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Circuit breakers are widely used in electrical systems to protect equipment from high current and voltage incidents. The IEGF6-31417-2-V is a circuit breaker specifically designed for low voltage industrial applications. This article will discuss the application fields, the features and operational details, and the working principle of the IEGF6-31417-2-V circuit breaker.

Application Field

The IEGF6-31417-2-V is an ideal circuit breaker for low voltage industrial applications. It is designed for protection against short circuits and overcurrents, and can be used to protect industrial systems from unexpected current incidents. It is suitable for installations with up to 600V AC/DC voltage and can be used for a wide variety of industrial applications such as power generation, industrial machinery, and process automation. It can also be used in automation control boxes, equipment cabinets, and instrumentation rooms.

Features and Operation

The IEGF6-31417-2-V circuit breaker is equipped with a number of features that make it a reliable choice for industrial applications. It has an adjustable trip current setting and fixed long-time short circuit protection, allowing it to be tailored to the needs of the application. It also has a low contact resistance, which helps reduce the energy consumption of the system, and is also equipped with a manual reset switch, allowing it to be reset in the event of an incident.

The IEGF6-31417-2-V is equipped with a double break system, which ensures reliable operation and prevents arcing or sparking that can result in system damage or failure. The circuit breaker also has a lockable option, which can be used to ensure that the circuit breaker is not operated incorrectly.

Working Principle

The IEGF6-31417-2-V circuit breaker operates using a thermal-magnetic principle. When an overcurrent or short circuit is detected, the contacts in the circuit breaker open rapidly. This is achieved through a combination of a thermal element and a bimetallic strip. When an overcurrent or short circuit is detected, the thermal element heats up, bending the bimetallic strip and temporarily separating the contacts. This allows the circuit breaker to disconnect the current, ensuring the safety of the system. The trip current setting of the circuit breaker can be adjusted to set the amount of current needed to activate the thermal element.

In addition to the thermal element, the IEGF6-31417-2-V circuit breaker has an additional magnetic element. This element will be activated when an overcurrent is detected, and will open the contacts if the current passes a certain level. This helps to further protect the system from severe damage.

The IEGF6-31417-2-V circuit breaker is designed to provide reliable protection for industrial applications. Its combination of adjustable trip current settings and dual break features ensure that the system is protected from overcurrent and short circuit incidents. With its low contact resistance, the circuit breaker ensures that the system is using as little energy as possible.

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