8340-F420-K3T2-KGH0-5A

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Circuit breakers are electrical protection devices designed to automatically switch off a circuit in the event of an overload or short circuit. The 8340-F420-K3T2-KGH0-5A circuit breaker is a type of breaker specifically designed to protect electronic equipment and circuits from damage due to short circuits and overloads. It is a single-phase breakers with a rated current of 16 amps and a wide range of common applications.

In the event of an overload or short circuit, the circuit breaker trips and switches off the power supply, preventing the equipment or circuit from further damage. The 8340-F420-K3T2-KGH0-5A breaker has a dual-level of trip rating, so it can protect both the equipment and the wiring at the same time. Depending on the overload, the breaker will trip at either the lower trip rating or the higher trip rating.

The 8340-F420-K3T2-KGH0-5A breaker is primarily used in commercial and industrial applications. It is commonly used to protect motors, lighting, switches, electronic controls, transformers, and wiring. It is also used to protect electrical circuits that are subject to frequent or heavy overloads, and can be wired in either the main power supply or in individual branch circuits.

The working principle of the 8340-F420-K3T2-KGH0-5A circuit breaker is quite simple. The breaker is composed of two main components: an overload protector and a trip lever. The inside of the breaker is filled with a gas-filled pressure chamber filled with pressurized gas. When the current exceeds the trip rating, the pressure in the chamber increases and causes the trip lever to move, opening the circuit breaker and breaking the electrical connection.

The 8340-F420-K3T2-KGH0-5A circuit breaker is easy to install and has been specifically designed for overload and short circuit protection in a variety of environments. With its dual-level trip rating and fast tripping response, it is an ideal choice for protecting electronic equipment and circuits from damage due to short circuits or overloads.

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