8340-T120-K1T2-ALH0-20A

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Circuit breakers are essential components in many electrical systems, as they provide protection against overvoltage, faults, and other hazards. The 8340-T120-K1T2-ALH0-20A circuit breaker is a reliable and robust breaker suitable for both industrial and residential applications. It has a high interrupting capacity and can break large currents in a short time.

The 8340-T120-K1T2-ALH0-20A circuit breaker has a 120A rating, which means it can handle up to 120A of current. The breaker is equipped with a single pole, two terminal (K1T2) trip unit, which ensures fast protection against electrical overcurrents. The ALH0-20A terminal provides a secure connection between the breaker and the wiring system.

The working principle of the 8340-T120-K1T2-ALH0-20A circuit breaker is simple. When the current passing through the breaker exceeds the breaker’s rating, the internal components of the breaker will detect the overload and cause the breaker to trip. This will open the circuit and stop the current flow, protecting the electrical wiring and devices connected to it from damage. When the current level is reduced, the breaker can be reset and will continue to protect the circuit.

The 8340-T120-K1T2-ALH0-20A circuit breaker is suitable for a variety of applications, including residential, commercial, and industrial. For example, it can be used as a main breaker for a house or small business to protect against overcurrents, or as a circuit breaker for a larger industrial system to protect against fault currents. The breaker is also equipped with thermal overload protection, which trips the breaker before it reaches a dangerous temperature.

In conclusion, the 8340-T120-K1T2-ALH0-20A circuit breaker is a reliable and robust breaker suitable for various applications. Its high interrupting capacity and thermal overload protection make it ideal for protecting electrical wiring and devices against overvoltage, faults, and other hazards. The simple working principle of the breaker makes it easy to install and use, providing reliable protection against current overloads.

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