IELK1111-25765-3-V

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Circuit breakers play an important role in safely interrupting currents that exceed security limits and preventing dangerous faults and short circuits. Damage caused by these events can potentially disrupt the power supply and “black out” entire sections of a city or region. IELK1111-25765-3-V is a common circuit breaker used in industrial applications, and it is important to understand its working principle and application fields in order to know when, why, and how to use them.

The IELK1111-25765-3-V circuit breaker is designed to protect against over-currents and provides a range of adjustable trip levels, making it suitable for many different industrial applications. It is particularly suitable for commercial, industrial, telecommunications, and equipment protection applications. The unique design of the breaker allows it to provide short-circuit protection up to 20 times its rated current, offering a higher level of protection for sensitive equipment.

This circuit breaker is equipped with an adjustable thermal-magnetic trip release to give users a higher degree of control over their applications. The adjustable trip range allows users to choose the optimal protection levels for their needs, which can be done simply by turning the release dial clockwise. The breaker also features a mechanical latch to hold the breaker in its open position in case of an emergency, allowing users to easily restore power after it has been shut off.

The working principle of the IELK1111-25765-3-V breaker is quite simple. When an overcurrent is detected, the thermal-magnetic release trips the breaker, thereby interrupting the current. This prevents dangerous short circuits and other potentially damaging faults from occurring. The adjustable release dial allows users to set the trip levels to the optimal level for their applications.

The IELK1111-25765-3-V circuit breaker is an important tool to protect equipment from dangerous faults and short circuits, and is especially well-suited for industrial and telecommunications applications. With its adjustable trip and mechanical latch, it offers users a high degree of control and protection for their applications. The working principle of the breaker is straightforward, and it is designed to provide effective protection in the event of an emergency.

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