IELHK111-1-64-.250-B-91

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Circuit breakers are essential devices in electrical equipment as they help protect against damage from overloading and short-circuiting. The IELHK111-1-64-.250-B-91 is an example of such a device. Let\'s explore its application field and working principle.

Application Field

The IELHK111-1-64-.250-B-91 is a type of circuit breaker designed to be used in low-voltage applications. It can handle currents of up to 250 amps and is suitable for a variety of different settings, including residential and commercial spaces, such as industrial buildings and shops.

The IELHK111 circuit breaker is designed to meet modern safety standards and is suitable for use in a range of applications. Its small size and versatility make it an ideal choice for applications where space is at a premium.

Working Principle

The IELHK111-1-64-.250-B-91 operates using a thermostat and bi-metallic strip. This device is designed to safely interrupt the electrical flow when the temperature reaches a set limit. The thermostat operates by measuring the current in the circuit. When the current reaches the rated capacity, the thermostat triggers the bi-metallic strip, which bends due to the heat and causes the contact points in the breaker to open and the flow of electricity to cease.

Once the temperature has been reduced, the circuit breaker will reset itself and be ready to operate again if necessary. This type of circuit breaker is designed to be able to accommodate a range of temperatures, allowing it to work safely in a wide variety of environments.

The IELHK111-1-64-.250-B-91 is a reliable and durable circuit breaker which offers an effective solution for applications where overloading and short-circuiting must be prevented at all times.

In conclusion, the IELHK111-1-64-.250-B-91 is a type of circuit breaker suitable for low-voltage applications, offering excellent protection against overloading and short-circuits in a variety of residential and commercial settings. Its thermostat and bi-metallic strip ensure that the breaker will open and stop the current flow should it exceed the rated capacity, while its construction is designed to handle a range of temperatures.

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