279-2-1-52-9-2-15

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Circuit breakers are an important component in the electrical systems of buildings. They provide effective protection against both electrical overcurrents and short-circuits. Circuit breakers are designed to rapidly disconnect the electrical circuit before an overload or short-circuit can cause permanent damage to a piece of equipment or create a fire hazard.

Circuit breakers come in a variety of types, and the particular type of circuit breaker used in a particular application depends on the voltage and current levels, the required fault-clearing time, the amount of overcurrent that can be tolerated, and the environment in which the circuit breaker will be operating.

279-2-1-52-9-2-15 circuit breakers are used in installations that require a fault-clearing time of no more than 3 milliseconds (ms). This type of circuit breaker is also designed to provide protection against short-circuits and overloads. They are designed to interrupt the flow of electricity before any permanent damage to equipment can occur. The 279-2-1-52-9-2-15 circuit breaker is a double-pole, single-throw (DPST) type of circuit breaker.

The working principle of a279-2-1-52-9-2-15 circuit breaker is simple. When the circuit breaker senses an overload or a short-circuit, a bimetallic strip within the circuit breaker heats up and bends. This bending of the bimetallic strip causes a set of contacts within the circuit breaker to open, thereby disconnecting the circuit.

279-2-1-52-9-2-15 circuit breakers are often used in applications that require a fast fault-clearing time. They are typically used in industrial settings, including electrical power systems, data centers, robotic control systems, and emergency lighting. They are also used in residential applications, such as in HVAC systems, lighting systems, and appliance circuits.

279-2-1-52-9-2-15 circuit breakers provide a high-level of protection against both electrical overloads and short-circuits. They are reliable, cost-effective, and easy to install. Additionally, they are relatively compact, making them ideal for a variety of applications.

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