APG1-1REC5-26352-1 Circuit Protection

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Circuit breakers are tools used to protect electrical systems from overloads and short circuits. The APG1-1REC5-26352-1 circuit breaker is a high-performance trip unit that provides precise protection across a wide range of applications.

The APG1-1REC5-26352-1 is designed to be applied to circuit breakers with high precision ratings and with tight tolerance range. The breaker provides protection in many types of circuits, including DC, AC, RCaP, and transformer protection.

The APG1-1REC5-26352-1 circuit breaker works through the recognition of abnormal input or overload conditions by means of thermal-magnetic tripping elements.It monitors the current and temperature of the circuit and trips when an abnormal condition is detected. This helps prevent damage to the connected equipment.

The breaker has two different settings: trip characteristic and ground fault protection. The trip characteristic specifies the type of short circuit that will cause the breaker to trip. The ground fault protection setting determines the level of line current at which the circuit breaker will disconnect the system from the main power source.

In addition, the APG1-1REC5-26352-1 circuit breaker has a timer that can be used to delay the disconnection of the system for a period of time, allowing the user to make sure that the circuit is properly shut down.

The APG1-1REC5-26352-1 circuit breaker is designed for use in industrial and commercial settings. It is suitable for use in large systems, such as industrial plants, and is rated for operation at temperatures up to 85°C (185°F). The breaker is protected against moisture, dust, and other environmental factors, making it suitable for the harshest industrial conditions.

The APG1-1REC5-26352-1 circuit breaker is an essential part of any electrical system, providing reliable protection against overloaded and short-circuited circuits. With its high precision and tight tolerance range, the breaker is designed to protect both the connected equipment and the system itself.

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