IELHK1112-35094-60-V Circuit Protection

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The IELHK1112-35094-60-V is a circuit breaker designed to protect against electrical overloads and short circuits when an appliance or tool is used on a circuit. It is designed to disconnect the current from the circuit in the event of an overload or short circuit. This is done by sensing the amount of current passing through the circuit and if it reaches a predetermined level, the circuit breaker will open and disconnect the current from the circuit.

The IELHK1112-35094-60-V is typically used in commercial and industrial applications. These applications can range from motors to lighting systems to computers and more. The breaker is used in these applications to protect the equipment, wiring, and other components of the electrical system from possible damage that can occur due to an overload or short circuit, such as a power surge.

The working principle of the IELHK1112-35094-60-V is based on a number of components. The first of these is a bimetallic strip that is connected to the circuit breaker circuit via two connecting points. When an overload or short circuit occurs, the bimetallic strip bends as the current passes through it. As the bimetallic strip continues to bend, it eventually reaches a point where the connection between the two connecting points is severed. This causes the circuit breaker to open and disconnect the current from the circuit.

The second component is an electronic sensing device that is used to measure the current passing through the circuit. The device is connected to the circuit breaker circuit and when an overload or short circuit is detected, the device sends a signal to the circuit breaker. The circuit breaker then uses this signal to activate the trip mechanism, which in turn separates the two connecting points and opens the circuit breaker.

The IELHK1112-35094-60-V circuit breaker is designed to be easy to install in commercial and industrial applications and can be used for a variety of tasks. It is a reliable and safe way to protect against electrical overloads and short circuits.

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