CELHPK11-1-59-200.-01

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Circuit breakers are widely used in the electronics industry to protect electronic components from being damaged by excessive current. The CELHPK11-1-59-200.-01 is a specific type of circuit breaker that is used for a variety of applications. This article will discuss the application field and working principle of the CELHPK11-1-59-200.-01.

The CELHPK11-1-59-200.-01 circuit breaker is designed to protect against high overload currents. It is commonly used to provide an extra layer of protection for users from potential electrical hazards. This includes protecting sensitive appliances, machines and components from damage caused by too much current passing through them. The CELHPK11-1-59-200.-01 is designed to cut off the supply of current in the event of an overload, thereby protecting the components it is connected to.

The CELHPK11-1-59-200.-01 is a thermal circuit breaker which means it uses thermal trip technology. This technology utilizes a temperature-dependent bimetallic strip that is contained within the circuit breaker. The strip is designed to bend when exposed to a certain temperature. When the bimetallic strip bends, the circuit breaker is triggered and the current is shut off.

The CELHPK11-1-59-200.-01 circuit breaker has a number of applications in the electronics industry. It is used to protect components from damage due to surges in current. This includes protecting household appliances such as microwaves and washing machines. It is also used to protect computers and other electronic devices from overloads. Additionally, it is commonly used in industrial systems where it can protect sensitive components from extreme fluctuations in current.

In summary, the CELHPK11-1-59-200.-01 is a thermal circuit breaker that is used to protect electronic components from excessive current. It works by utilizing a temperature-dependent bimetallic strip that triggers the circuit breaker when the temperature exceeds a certain level. The circuit breaker is commonly used to protect household appliances, computers, and industrial components from damage due to overloads.

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