APGH11-1REC2-1799-2

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Circuit breakers provide protection against excess current or voltage from occurring in an electrical circuit, and can be divided into two main categories – general purpose circuit breakers and special purpose circuit breakers. The APGH11-1REC2-1799-2 is a special purpose circuit breaker, specifically designed for information technology applications. It is a reliable and safe device that is capable of interrupting both normal and abnormal currents.

In terms of its application field, the APGH11-1REC2-1799-2 is typically used in computer systems, data centers, or other equipment that processes powerful digital signals. It is rated for over-current and over-voltage protection. It also offers reverse current protection, and is certified to UL 1077 fifth edition and CSA C22.2 No. 5.

The working principle of the APGH11-1REC2-1799-2 lies in its ability to sense electrical overloads. When an overload occurs, the device trips, breaking the circuit and preventing further damage. This is achieved by a thermal-magnetic mechanism within the breaker. When a thermal overload occurs, the thermal element in the circuit breaker detects the heat generated by the overload, bringing about the tripping of the breaker. Similarly, the magnetic element detects excessive currents and trips the breaker if the current value is beyond the rated value.

In addition to preventing overloads, the APGH11-1REC2-1799-2 also offers protection against short circuits and open conductors. The device is designed to be able to distinguish between normal operating current and abnormally high currents, and will trip when an abnormally high current is detected. The device is also self-resetting, allowing the circuit breaker to reset itself after a trip has occurred.

The APGH11-1REC2-1799-2 is a reliable, efficient, and safe circuit breaker specifically designed for use in information technology applications. It is rated for protection against overloads, short circuits, and open conductors. Its thermal-magnetic tripping mechanism ensures that it can rapidly react to abnormal current levels and trip whenever necessary.

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