T11-62F-2.00A-01-11AL-V

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A circuit breaker is an automatically operated electric switch designed to protect an electrical circuit from damage caused by excess current from an overload or short circuit. The T11-62F-2.00A-01-11AL-V is a circuit breaker for applications requiring high current limiting protection. This circuit breaker is ideal for industrial control panels, motor control applications, and instrumentation systems. The circuit breaker has a significantly lower rating of 2.00A, allowing it to switch on quickly in the event of a fault.

The T11-62F-2.00A-01-11AL-V circuit breaker works on a principle known as thermal-magnetic operation. It operates when it reaches a specific temperature level resulting from current overload, or when the magnetic field generated by the current\'s flow exceeds the threshold. The circuit breaker trips when the core material reaches a predetermined temperature, causing the contacts to open and interrupting the electric current. The magnetic field is generated when the induced coil generates an electromagnetic field surrounding the main plunger.

The T11-62F-2.00A-01-11AL-V circuit breaker features a trip-free design, meaning it will always open once it reaches its maximum current rating, regardless of the switch position. It has adjustable short-circuit trip settings, allowing the user to tailor the trip point to the specific application and maximum circuit current. The adjustable trip settings also provide load-shedding capability, allowing it to trip if the load exceeds the maximum rating of the circuit to prevent overloading.

The T11-62F-2.00A-01-11AL-V circuit breaker is designed for use in various applications, such as motor controls, instrumentation systems, industrial control panels, and power supplies. It is suitable for circuits that require a high current limiting protection, as the circuit breaker is rated for 2.00A. The adjustable trip settings make it possible to tailor the trip point to the specific application, while the trip-free design ensures that it will always open once it reaches its maximum current rating.

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