T21-62-12.0A-01-31AL

Circuit breakers are electrical components designed to protect electrical circuits against overloads and short circuits. The T21-62-12.0A-01-31AL circuit breaker is a powerful and versatile device that is used in a variety of applications in residential, commercial, and industrial settings. This article will discuss the application field and working principle of the T21-62-12.0A-01-31AL circuit breaker.

Application Field

The T21-62-12.0A-01-31AL circuit breaker is primarily used in industrial settings where electrical wiring systems require high performance and safety. It is capable of carrying up to 12.0A of current and breaking short circuits of up to 31 amps. This makes it suitable for use in wiring systems with high-power components, such as motors, generators, and heavy machinery.

The T21-62-12.0A-01-31AL circuit breaker is also suitable for use in residential settings. It is capable of protecting circuits from overloads, short circuits, and other electrical hazards. It is designed to trip when the current exceeds the pre-set level, preventing damage to the wiring system due to high amperage levels.

The T21-62-12.0A-01-31AL circuit breaker is UL and NEC certified for safety. This certification helps ensure that the circuit breaker will perform to the highest standards and provide optimum protection to users in domestic, commercial, and industrial settings.

Working Principle

The T21-62-12.0A-01-31AL circuit breaker operates on the thermal-magnetic principle. In this type of circuit breaker, both a thermal element and a magnetic element are used to detect an overload. The thermal element detects high temperature rises in the wiring system due to an overload and trips the circuit breaker to protect the circuit. The magnetic element is protects the wiring system by sensing an overload in current and tripping the circuit breaker.

The thermal element and magnetic element are independent of each other and both must trip in order for the circuit breaker to be activated. In other words, both the thermal and magnetic elements must detect an overload in order for the circuit breaker to trip. This allows the T21-62-12.0A-01-31AL circuit breaker to provide optimum protection to the wiring system.

The T21-62-12.0A-01-31AL circuit breaker also features an adjustable trip setting which allows the user to set the amperage level at which the circuit breaker will trip. This adjustable trip setting allows the user to customize the protection of their wiring system according to their needs and requirements.

Conclusion

The T21-62-12.0A-01-31AL circuit breaker is a powerful and versatile device that is suitable for use in a variety of residential, commercial, and industrial settings. It is capable of carrying up to 12.0A of current and breaking short circuits of up to 31 amps, making it suitable for use in wiring systems with high-power components, such as motors, generators, and heavy machinery. The T21-62-12.0A-01-31AL circuit breaker operates on the thermal-magnetic principle and features an adjustable trip setting, providing optimal protection to the wiring system.