2-5700-IG1-K14-1120-5A

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Circuit breakers are an essential part of electrical systems, ensuring the safety of people and property from power surges and other electrical issues. The 2-5700-IG1-K14-1120-5A is a type of circuit breaker specifically designed for use in many industrial applications. The following discusses its application field, working principle, and other features.

Application Field

The 2-5700-IG1-K14-1120-5A is a circuit breaker designed for many industrial applications. It is ideal for use in power distribution systems, electric motors control systems, lighting maintenance systems, and other applications where sensitive electronic components are present. Additionally, the 2-5700-IG1-K14-1120-5A uses a special tripcoil to detect overcurrent, providing both overcurrent protection and short circuit protection. It is rated for up to 8,000 amps and is available in multiple frame sizes.

Working Principle

The 2-5700-IG1-K14-1120-5A is designed with a tripcoil, which senses when current is too high and triggers a trip, or interruption of power. This trip feature can be reset by manually pushing down the reset switch after correcting the underlying issue. The 2-5700-IG1-K14-1120-5A also has an adjustable trip setting, allowing users to customize the trip to their specific needs. Additionally, the circuit breaker is rated for UL489B and UL489C standards and has an oil-tight design.

Other Features

The 2-5700-IG1-K14-1120-5A has a strong frame, designed to withstand extreme environmental conditions, such as high temperatures and humidity levels. Additionally, it is coated in zinc alloy, which helps to protect the circuit breaker from corrosion and rust. The 2-5700-IG1-K14-1120-5A is also designed for immunity to radio interference, presenting a safe solution for use in sensitive electronic applications.

The 2-5700-IG1-K14-1120-5A is a highly versatile circuit breaker. Its combination of features makes it the perfect choice for power distribution systems, electric motors control systems, lighting maintenance systems, and other sensitive electronic applications.

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