IEGBX6-1-51-5.00-M6-V

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Circuit breakers are an important part of any electrical system. They protect the system from major short-circuits and over-currents, ensuring that there is no serious damage. The IEGBX6-1-51-5.00-M6-V is a small, high performance circuit breaker that is suitable for a wide range of applications. In this article, we will look at the application field and working principle of this particular model.

The IEGBX6-1-51-5.00-M6-V is a standard-sized T-manual circuit breaker that is suitable for use in both domestic and industrial applications. It is designed for use in low voltage systems, typically up to 690 volts. This circuit breaker can handle currents up to 5 Amps and offers a variety of protection levels, such as earth fault, overloads, thermal and short-circuit protection.

The working principle of the IEGBX6-1-51-5.00-M6-V circuit breaker is based on the thermal and magnetic characteristics of the material within the device. When an overload, short-circuit, or excessive current flows in the protected circuit, the device senses it and immediately trips. This happens when the current flows through a bi-metal strip which expands when heated, and also pulls a trip lever down. This lever then opens the contactors within the device, cutting the power supply.

The IEGBX6-1-51-5.00-M6-V circuit breaker is suitable for use in a variety of applications, including domestic wiring, commercial systems, industrial installations, lighting circuits and more. It can be used as an alternative to fuses and resilient circuit breakers, and is ideal for situations where precise current protection is required. It also offers a wide range of adjustable settings, allowing it to be tailored to suit the specific needs of the user.

In summary, the IEGBX6-1-51-5.00-M6-V is a high performance, standard-sized circuit breaker suitable for a wide range of applications. It is designed to offer precise current protection whist also offering adjustable settings and a variety of protection levels. The working principle of the device is based on the thermal and magnetic characteristics of the material within the device, which trips the contactors in the event of an overload, short-circuit or excessive current flow.

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