4435.0214

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Circuit Breakers are devices used to control and protect circuits from faults. They are designed to detect an overload or short circuit and disconnect the circuit to prevent damage to the connected equipment. The 4435.0214 is a type of circuit breaker designed for use in domestic, commercial and industrial applications.

The 4435.0214 circuit breaker has several distinct features and benefits that make it an ideal choice for use in a variety of settings. One of the primary features of the 4435.0214 circuit breaker is its compact and lightweight design. The device is only 57mm x 87mm x 60mm, making it suitable for areas where space is limited. Additionally, the device is only 1kg in weight, making it easy to transport and install.

The 4435.0214 circuit breaker is designed for use in low-voltage power distribution networks. It is rated for use with 230/400V AC and 110/220V DC supplies and is available in a range of breaking capacities, from 6kA to 10kA. Features such as adjustable trip settings and LED indication make the 4435.0214 circuit breaker suitable for a range of applications.

The 4435.0214 circuit breaker works by detecting an overload or a short circuit in a protected circuit. When the current flowing through the protected circuit exceeds the rated current, the breaker trips and disconnects the circuit, preventing further damage. The breaker can be reset manually or automatically after the fault is cleared.

The 4435.0214 circuit breaker is also equipped with an integrated thermal magnet, which helps to suppress current fluctuations and reduce power fluctuations. The device is designed to be easy to install and maintain, and is available with either single pole or two pole options.

In summary, the 4435.0214 circuit breaker is an ideal choice for a wide range of domestic, commercial, and industrial applications. Its compact, lightweight design and adjustable trip settings make it suitable for use in low voltage power distribution networks. Its integrated thermal magnet helps to suppress current and power fluctuations, making it a reliable and safe choice for any setting.

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