APL1-1REC4-11-616 Circuit Protection

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Circuit Breakers are electrical components that exist for the purpose of preventing grave overloads, short circuits, and other hazards involving electricity. The APL1-1REC4-11-616 application field and working principle is esteemed to be one of the most versatile and reliable circuit breakers.

Circuit breakers are typically divided into three types based on their temperatures. The APL1-1REC4-11-616 employs thermodynamic performance characteristics, characterized by a thermal magnetic trip setting and a current limiter. It is cemented with a low temperature circuit, intended to protect electrical circuits against short circuits and overloading, while also providing a degree of protection against to some exhaust fire.

The operating principle of the APL1-1REC4-11-616 is, in many aspects, very similar to that of any other conventional circuit breaker. A temperature-sensing element, such as a bimetallic element or thermal fuse, is included within the circuit breaker. When there is an overload or short circuit, the fuse melts or the bimetallic element bends, thereby opening the circuit and protecting the circuit from further damage. This is often referred to as a "trip" moment. Once the internal temperature has returned to normal levels, the circuit will automatically re-close.

The APL1-1REC4-11-616 features the Tru-Trip current limiter, which is an innovative internal addition which has been designed to limit the maximum current passing through the breaker. It is effective in preventing burnouts in motors and other forms of equipment connected to the circuit. The current limiter is based on an arc-fusion principle, meaning that when the current passes through the breaker, the arc is suppressed, thus preventing it from reaching a level where it may damage the relay.

Additionally, the APL1-1REC4-11-616 features a low temperature cycling feature, (LTC). This system enables the breaker to disconnect and reconnect depending on the temperature of the environment. This feature ensures that the breaker will open and close in the event of changing temperatures, avoiding both an overload and a short circuit. This feature is designed to protect electronic components from damage due to unusual temperature fluctuations.

The applications of this APL1-1REC4-11-616 are varied and potentially limitless. These breakers are used in many industrial operations and in consumer applications such as home and vehicle wiring. They are considered ideal for sensitive locations, including hazardous and combustible locations, due to their low temperature operation. This versatile and reliable breaker is highly capable of providing protection against overloads, short circuits, and other electrical hazards.

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