IULHK111-1REC4-62F-15.0-ABE-01

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Circuit breakers are electrical devices designed to shut off the flow of electricity or “trip” when the flow of electricity exceeds a specified limit or when there is a short circuit. This is an essential safety feature in any electrical system, since it prevents the system from overloading, thus preventing possible fire or electrical accidents. The IULHK111-1REC4-62F-15.0-ABE-01 circuit breaker (hereinafter referred to as the “breaker”) is designed to protect circuits from mechanical damage due to excessive electrical currents.

The breaker is used in homes, offices, factories and other commercial and industrial settings. It is designed to shut off or trip when the flow of electricity exceeds 15 amps, the level established as a safe level for the circuit. The primary application of the breaker is to provide circuit protection for any device connected to the circuit, such as outlets, light switches, ceiling fans, and other appliances to ensure that they are not damaged from excessive electrical current.

The breaker utilizes an electromechanical switching mechanism to disconnect the electrical flow when it reaches a designated level. This switching mechanism works due to a current sensing device that activates the switch at predetermined levels. The level is set at 15 amps when the breaker is installed. When the current level of the circuit exceeds this level, the current sensing device triggers the electromechanical switching mechanism, which in turn trips the breaker and shuts off the flow of electricity.

The working principle of the breaker is straightforward yet critical for safe electrical operations. When the electricity flowing through the circuits gets too strong, the current sensing device is activated, which in turn signals the switching mechanism to trip the breaker, thus shutting off the power. This process is very quick and stops the flow of electricity almost immediately, thus preventing circuits from overloading and any damage due to mechanical stress on the wiring and other electrical components.

The breaker is also designed with a reset switch, which allows for manual resetting of the breaker after an overload has been detected. This reset switch can also be used to override the automatic tripping of the breaker. This is a critical feature for safety, as it allows for the circuit to be reset in case of an overload. This reset switch must be manually reset in order for the breaker to re-engage the power flow.

In summary, the IULHK111-1REC4-62F-15.0-ABE-01 circuit breaker is designed to provide circuit protection from overloads and short circuits. It utilizes an electromechanical switching mechanism to disconnect electricity when the current in the circuit exceeds the established safe levels. The reset switch allows for manual resetting of the breaker after an overload has been detected. This breaker is an essential component of any electrical system and is designed to keep you and your family safe from any potential electrical accidents.

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