IELHK11-1-72-10.0-01-V

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Circuit breakers are common devices used to protect circuits and prevent damage due to faults or overloads. The IELHK11-1-72-10.0-01-V is a residential circuit breaker with a maximum rating of 10 Amps, offering thermal overload protection and short-circuit protection. It is also designed to allow customers to change the breaker trip settings in the event of a circuit overload.

The IELHK11-1-72-10.0-01-V is typically used for residential applications in home and other buildings. It is designed for residential circuit breakers in single and multiconductor cable systems, distributions panels, and transformers. It can also be used for panelboards and rectangular driveways.

The working principle behind the IELHK11-1-72-10.0-01-V is based on the concept of thermal overload protection. This is accomplished by a bimetal strip that is connected to the load terminal and a bimetallic strip. This strip is responsible for sensing the current flowing through the load and then triggering a switch to open the circuit in the event of an overload.

The trip settings on the circuit breaker can be adjusted by the customer, allowing them to choose the required settings to protect the system. This is done using the breaker trip lever, which is manually adjusted to set the trip threshold. The trip threshold is the amount of current at which the unit will trip, and can be set to any desired level.

The IELHK11-1-72-10.0-01-V also features short-circuit protection, which is designed to protect against short circuits. If a short circuit is detected, the breaker will trip to prevent further damage. It also incorporates a reset switch so that the circuit can be restarted after the fault has been cleared.

In summary, the IELHK11-1-72-10.0-01-V circuit breaker is a popular residential breaker used to prevent circuits from being overloaded or damaged due to short circuits. It is designed for residential applications and features thermal overload protection and adjustable trip settings for the user to choose their desired setting. It also provides short-circuit protection and a reset switch for re-energizing the circuit.

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