IALHK11-1REC4R-52-60.0-01

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Circuit Breakers are an integral part of electrical systems, especially with the increasing need for protection in electronic technology. As the name implies, these devices are designed to protect circuits from potential dangers, primarily overcurrents. IALHK11-1REC4R-52-60.0-01 is an example of such a circuit breaker.

In normal operation, a circuit breaker detects an overcurrent situation within the circuit. It then trips, disconnecting the circuit from the power supply. This prevents further damage and allows for easy replacement of damaged components. Without this device, a sudden surge could cause extensive damage and even threaten the safety of personnel working with the equipment.

IALHK11-1REC4R-52-60.0-01 is mainly used in the field of industrial automation. It is designed to provide circuit protection for high-power circuits, such as large motors, inverters, and servo drives. It also has a temperature switching function to protect against thermal overload. Its working principle is as follows:

When an overcurrent passes through the circuit, the current passes through a current transformer (CT), producing a magnetic field. This field is detected by the circuit breaker’s contacts and a relay is then operated, completing the circuit breaker trip. The sensing process completes within 0.01 seconds, providing almost instantaneous protection.

In addition to this, IALHK11-1REC4R-52-60.0-01 also has self-testing and self-resetting capabilities. This allows the circuit breaker to verify its own status and reset itself after a successful test, without the need for any external intervention. Depending on the selected settings, the circuit breaker can also isolate itself from the main power supply in case of an overload. This provides an additional layer of protection to the circuit, ensuring its continuous operation.

Overall, IALHK11-1REC4R-52-60.0-01 is a reliable and easy-to-use device for providing circuit safety in industrial automation. With its self-testing and self-resetting features, it can quickly identify and respond to overcurrents without external intervention, thus providing excellent protection for the circuit and equipment.

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