T11-2-.500A-01-11AL-V

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Circuit breakers are used in electrical systems to interrupt current flow in the event of an overload or short-circuit that carries a large amount of current and could cause serious damage to equipment and personnel.

T11-2-.500A-01-11AL-V circuit breakers are used to limit currents to predetermined trips (magnetic and thermal tripping functions). These breakers are also used in various industrial, commercial, and residential applications. They are used to protect circuits from overloading, short circuit conditions, and excessive current after faulty installation and operation.

T11-2-.500A-01-11AL-V circuit breakers feature a bimetallic element design, which has a curved strip of metal that is heated and expanded when a current passes through it.As the current reaches a predetermined level, the bimetallic element will heat up and bend, tripping the breaker, thus stopping the current from passing. This type of breaker also features an internal magnetic field that will trip the breaker when the current level exceeds a predetermined point, regardless of the temperature of the bimetallic element.

The T11-2-.500A-01-11AL-V circuit breaker is ideal for applications in which current levels must be held in check, such as in industrial settings, high-performance motors, and electrical equipment in hazardous areas. As these breakers offer a trip method to control and limit current flow, they are also used in various residential applications as well, including lamps, lighting fixtures, portable electrical equipment, outlets, and heating and air conditioning units.

Various safety measures are also included with the T11-2-.500A-01-11AL-V circuit breaker. It is designed with a thermal overload protection mechanism, which prevents overheating of the components, as well as an accumulation of too much heat in one area. It also has an external capacitor, which works to keep the breaker from tripping due to high power inrush.

The T11-2-.500A-01-11AL-V circuit breaker also features a manual reset button that can be used for resetting the breaker after a fault has been cleared. This reset button is also designed to prevent the breaker from resetting itself after an overload has been cleared. This reset feature is important in an industrial setting as it can help prevent a short in the line that could cause serious damage.

In conclusion, the T11-2-.500A-01-11AL-V circuit breaker is perfect for applications in which current levels must be held in check. Its bimetallic element and internal magnetic field provide an effective trip method that can be used to limit current in overcurrent and short-circuit protection. It also features a manual reset button and various safety mechanisms that can help protect equipment and personnel from damage due to high-current levels. By using this breaker, businesses and facilities can rest assured that their electrical system is safely and effectively managed.

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