R11-62F-5.00A-B162IV-V

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A circuit breaker is an electrical device that protects an electrical circuit, preventing the power from exceeding a certain threshold and thereby damaging the components of the circuit or resulting in a fire. The R11-62F-5.00A-B162IV-V is a type of circuit breaker manufactured by Schneider that is designed for multiple applications. This article will discuss the applications and working principles of the R11-62F-5.00A-B162IV-V.

Application of R11-62F-5.00A-B162IV-V

The R11-62F-5.00A-B162IV-V is a two-pole thermal-magnetic circuit breaker with a rated current of 5A and a 6.2kA short-time withstand current rating. It is designed for use in switched distribution networks, as well as in industrial control and power supply circuits. It is also suitable for use in direct current or alternating current installations, including DC power circuits up to 400V, and AC power circuits up to 440V. It is typically employed as protection against short circuits, overloads, and overvoltages.

Working Principle of R11-62F-5.00A-B162IV-V

The R11-62F-5.00A-B162IV-V employs a combination of thermal and magnetic technology to provide overload protection. The circuit breaker has two internal components: a heat sensitive bimetal strip, and a trip coil. The bimetal strip is a heat-sensitive device that expands when it reaches a certain temperature, in turn opening the circuit breaker. The trip coil is a magnetic coil that is activated when the current in the circuit increases beyond the specified limit. This activates the bimetal strip, which in turn causes the breaker to trip, effectively cutting off power from the circuit.

The R11-62F-5.00A-B162IV-V is designed to provide protection against short circuits, overloads, and overvoltages. It is equipped with an adjustable trip mechanism that allows it to trip at a pre-set current level. The R11-62F-5.00A-B162IV-V is also equipped with a test lever that allows it to be tested without removing power from the circuit. This ensures that the circuit breakers are always in working condition and ready to provide protection in the event of a fault.

Conclusion

The R11-62F-5.00A-B162IV-V is a two-pole thermal-magnetic circuit breaker manufactured by Schneider. It is designed for use in a variety of installations, including switched distribution networks, industrial control circuits, and AC or DC power circuits up to 6.2kA. The circuit breaker is equipped with an adjustable trip mechanism and a test lever, allowing it to be used as a protection device against short circuits, overloads, and overvoltages.

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