279-2-36717-15 Circuit Protection

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Introduction

Circuit breakers are devices meant to protect electrical systems from power overloads. They are reliable components of electronics and industrial sectors, helping avoid damages caused by power overloading. The ability of circuit breakers to disrupt current is what make them effective in eliminating power-related hazards. This article will discuss the 279-2-36717-15 circuit breaker and its application field as well as its working principle.

Application Field of the 279-2-36717-15 Circuit Breaker

The 279-2-36717-15 is a circuit breaker found in many industrial control and electronics systems. It is a miniature circuit breaker designed to protect overhead and underground wiring from short-circuiting or overloads. The 279-2-36717-15 has a wide range of applications. It can be used in a variety of residential, commercial, and industrial settings. For example, it is commonly used in electronics devices such as televisions, computers, phones and other electronics. It is also found in machines and equipment such as air conditioners, refrigerators, washing machines, and industrial machinery. In addition, it is used in large scale systems such as office buildings, factories, and in electric power systems.

Working Principle of the 279-2-36717-15 Circuit Breaker

The working principle of the 279-2-36717-15 circuit breaker is quite simple. It works by detecting an increase in current drawn by a circuit and then cutting off the power to that circuit. This is accomplished by a small component housed inside the circuit breaker called a thermal-magnetic trip. When the current drawn by the circuit exceeds a certain threshold, it triggers the thermal-magnetic trip, which then trips the circuit breaker and disconnects the circuit from the power source. This prevents the circuit from receiving an excessive amount of power, protecting it from damage caused by short-circuiting or overloads.

Conclusion

The 279-2-36717-15 is a type of circuit breaker designed to protect electrical systems from power overloads and short-circuiting. This article has discussed its application field and working principle. It can be used in a variety of residential, commercial, and industrial settings. Its working principle is based on a straightforward process that detects an increase in current and trips the circuit breaker, disconnecting the circuit from the power source. All in all, the 279-2-36717-15 is an ideal device for protecting electrical systems from power overloads or short-circuiting.

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