T11-2-6.00A-02-31AL

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Circuit Breakers

A circuit breaker is a safety device used to protect electrical circuits from overcurrent, and from short circuit conditions. Typically, circuit breakers have a maximum cutoff limit, and once this threshold is exceeded, the circuit breaker trips. Circuit breakers are typically used in residential and commercial applications, where they are used to protect a circuit from overloading or intrusion.

T11-2-6.00A-02-31AL Application Field and Working Principle

The T11-2-6.00A-02-31AL circuit breaker is a two-pole, three-phase circuit breaker designed for residential and commercial use. It has a rated current of 6.00A, a voltage of 277/480V AC, and a thermal-magnetic trip unit with adjustable thermal settings. It is intended for short-circuit and overload protection of motors and other electrical components.

To provide short-circuit protection, the circuit breaker relies on a magnetic trip unit. This is designed to open the contacts when the current through the circuit exceeds a predetermined threshold. This threshold can be adjusted to the required level for the specific application.

To provide overload protection, the circuit breaker utilizes a thermal trip unit. This is designed to open the contacts when the temperature within the circuit increases beyond a predetermined threshold. Like the magnetic trip unit, this threshold can be adjusted to the required level for the specific application.

In addition, the circuit breaker is designed with an inverse time-delay feature. This feature will delay the trip time under short-circuit conditions to ensure that the system can handle maximum peak current. It will then gradually reduce the trip time, providing additional protection.

This circuit breaker is most commonly used in residential and commercial applications, where it provides reliable and efficient protection for electrical systems. The adjustable trip units provide flexibility for different settings, allowing for optimal protection for the specific application.

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