CPP11-52-4.00A-OC-V

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Circuit breakers provide a crucial function in electrical and electronic systems by providing a degree of safety, reliability, and ease of use. The CP12-52-4.00A-OC-V is an all-purpose, thermal-magnetic circuit breaker that can serve a variety of applications in residential, commercial, and industrial equipment. This article will examine the CP12-52-4.00A-OC-V circuit breaker by discussing its applications and working principle.

The CP12-52-4.00A-OC-V circuit breaker offers protection against many types of electrical overcurrents including short-circuits and overloads. It is designed to trip before fuses due to its rapid response time, allowing for protection of more delicate electrical components. This breaker is also equipped with an adjustable thermal overload for improved protection. The compact size of the breaker and its ability to fit into industry standard control panels makes it an ideal choice for space-constrained applications.

The CP12-52-4.00A-OC-V circuit breaker can be used in a variety of applications. It is an ideal choice for smaller commercial equipment such as volatile consumer electronics, office equipment, medical equipment, motor-operated appliances, and automated machinery. The breaker’s thermal-magnetic capability also allows it to protect larger equipment such as air conditioning units, standby generators, and large industrial motors. The CP12-52-4.00A-OC-V can also be used in small residential and DIY controller projects.

The CP12-52-4.00A-OC-V circuit breaker has a thermal-magnetic design, which combines two components—a bimetallic thermal element and a magnetic switch. The thermal element is designed to protect against both overloads and short-circuits. The magnetic switch is designed to provide a rapid response to tripping for short-circuit protection. When an overcurrent condition occurs, the thermal element begins to heat up due to the additional current flow. As the temperature of the thermal element increases, its resistance to current flow decreases, creating a higher current. This causes the bimetallic shunt to open the circuit at a predetermined temperature. The magnetic switch responds to the surge in current flow, sensing it and tripping the breaker.

The efficient operation of the CP12-52-4.00A-OC-V circuit breaker makes it an ideal choice for a variety of application fields. It can be used in commercial, residential, and industrial applications where space is limited, and its adjustable thermal overload setting allows users to customize it to their application needs. The breaker is easy to install and maintain, making it a cost-effective and reliable choice for short-circuit and overload protection.

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