IELK1-1REC5-63-15.0-01-V

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Circuit breakers are devices deployed to ensure the integrity of electrical systems. The IELK1-1REC5-63-15.0-01-V is a miniature circuit breaker specifically designed for telecommunication and analogue applications. This type of circuit breaker can protect against overload, short circuit and ground fault currents, making it suited to both medium voltage and low voltage applications.

The device has a detection module to detect slight current variations, allowing it to detect both normal current and abnormal current. The module is designed to accurately adjust current and provide protection and reliability. Its operating principle is as follows.

The IELK1-1REC5-63-15.0-01-V circuit breaker has an auxiliary contact and a pair of normally open contacts. When an overcurrent, short circuit or ground fault current is detected, the operator module determines the condition of the input current. If the overload current exceeds the overload current setting value, the operator module will trip the relay, closing the normally open contact and breaking the main line. At the same time, the auxiliary contact is activated, causing the circuit breaker to switch to the off state. The device also has a self-locking mechanism, which prevents the device from restarting unless the overcurrent has been cleared.

The IELK1-1REC5-63-15.0-01-V circuit breaker has a wide range of applications, including industrial, commercial and residential. Its compact size and low power consumption makes it well suited to use in small enclosures. It is also used in both single-phase and three-phase applications, making it a versatile solution for many electrical systems. In addition, it is specially designed to meet the demanding requirements of high-frequency telecommunications applications.

In conclusion, the IELK1-1REC5-63-15.0-01-V is a miniature circuit breaker designed specifically for telecommunication and analogue applications. It is capable of protecting against overload, short circuit and ground fault currents, making it an ideal choice for both medium and low voltage applications. It has a wide range of applications due to its compact size and low power consumption, as well as its ability to work with high-frequency applications. The circuit breaker’s working principle is based on an operator module, which is capable of accurately detecting and responding to slight current variations. This ensures the device operates reliably and provides a high level of protection.

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