APL111-1REC4-2920-30

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Circuit breakers are protective devices used to limit the risk of short-circuits and overloads. They automatically interrupt the flow of electricity when a fault occurs, preventing further damage to electrical equipment or even possible injury. The APL111-1REC4-2920-30 is a type of industrial circuit breaker designed for applications requiring high-performance protection and disconnection. This article will discuss the application field and working principles of the APL111-1REC4-2920-30.

The APL111-1REC4-2920-30 circuit breaker is suitable for use in industrial settings, such as power plants and factories. It can be used in any application requiring reliable and safe protection. Because of its high-performance, the APL111-1REC4-2920-30 can be used in systems with a range of operating voltages, from 120V to 600VAC. Additionally, its ratable short-circuit current is up to 10,000A, while its overload current can reach up to 3,000A.

The working principle of the APL111-1REC4-2920-30 is quite straightforward. In normal operations, the circuit breaker is open, creating an open loop in the electrical circuit and preventing the flow of current. When an overload or short-circuit occurs, the circuit breaker closes, allowing current to flow and preventing further damage or injury. To help cool any overheating elements in the circuit, an arc quencher is also installed, which is a device that dissipates heat by releasing a gas. The APL111-1REC4-2920-30 also has an adjustable trip point, which is used to set the trip current according to the system requirements.

The APL111-1REC4-2920-30 circuit breaker is designed for applications requiring high-performance protection and disconnection. Its reliable and safe performance make it ideal for industrial settings. The circuit breaker has an adjustable trip point and arc quencher, which help to limit the risk of short-circuits and overloads. By using the APL111-1REC4-2920-30, users can be assured of a safe and reliable protection solution for their electrical systems.

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