209-2-38647-100-V

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Circuit Breakers:

A circuit breaker is an electrical device designed to protect electrical circuits from damage caused by excess current. Circuit breakers are commonly found in household and industrial electrical circuits and are designed to trip when the electrical current passes beyond a specified limit. This protects the circuit from the dangerous levels of current that could otherwise cause fires or other damage. Circuit breakers can be manually operated, or they can be automatically operated by an electronic control system.

209-2-38647-100-V, Applications and Working Principles:

The 209-2-38647-100-V circuit breaker is an industrial circuit breaker specifically designed to protect circuits from damage caused by short circuits and overcurrents. This circuit breaker can provide a maximum short-circuit interrupt rating of 200kA at 480VAC and a maximum interrupting rating of 101,000A at 480VCA. Additionally, the 209-2-38647-100-V features an Advanced Protection Relay System that provides voltage, current and frequency based protection to the protected circuit.

The 209-2-38647-100-V has an integrated Thermal Trip Element (TTE) that operates by using a bi-metallic temperature element that triggers a trip mechanism when the current passing through the breaker exceeds the trip set point. Additionally, the 209-2-38647-100-V has an adjustable external trip device that can be set for current, voltage or frequency operation and is designed to trip the breaker automatically in the event of an overcurrent or short circuit. The 209-2-38647-100-V also has an overload current protection function which allows the breaker to trip at a pre-determined current level.

The 209-2-38647-100-V circuit breaker is ideal for industrial applications requiring a reliable and effective way to protect circuits from damage caused by short circuits and overcurrents. The integrated Advanced Protection Relay System provides an increased level of protection for the protected circuit while the adjustable external trip device allows the user to tailor the protection settings to suit their specific application. The overload current protection feature adds an additional layer of protection for the circuit, ensuring it is not damaged by excessive currents.

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