CPP11-51-30.0A-36686-30-V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers, such as the CPP11-51-30.0A-36686-30-V, are significant components in the electronics industry. Their purpose is to ensure safety of electronic systems by providing an efficient way of controlling and discriminating between regular currents and fault currents. In this article, we will discuss the application field and working principle of the CPP11-51-30.0A-36686-30-V circuit breaker.

Emergency circuit breakers such as the CPP11-51-30.0A-36686-30-V have multiple applications. The primary purpose of these breakers is to protect electrical equipment from short-circuit currents, overload currents, and insulation faults. In addition, these circuit breakers are typically used as an efficient way to switch large currents on and off.

The working principle of the CPP11-51-30.0A-36686-30-V circuit breaker is similar to other circuit breakers. When a regular current or voltage is applied, the breaker remains open. When a fault or overload current is detected, however, the breaker trips and breaks the flow of current. This prevents the electrical device from being damaged by the excess current.

The CPP11-51-30.0A-36686-30-V is designed to automatically trip and break the flow of current in a short amount of time, typically under 0.4 seconds. This fast response time prevents the massive temperatures that could be created during an overload.

The CPP11-51-30.0A-36686-30-V is also configured to trip and close the flow of current without delay. It is designed to efficiently sense a fault or overload, and to respond immediately by tripping the device.

The CPP11-51-30.0A-36686-30-V breaker has a number of functions to make it more efficient. The device is built with an adjustable fault current setting, a short-circuit current setting, and a delayed trip feature. These features allow for greater control over the breaker’s response time and increase safety by controlling the current flow within specified limits.

The CPP11-51-30.0A-36686-30-V also features a thermal-magnetic trip mechanism. This mechanism detects a sudden increase in current and triggers the trip switch. The faster the current increase, the more quickly the breaker will trip.

In addition to its functionality, the CPP11-51-30.0A-36686-30-V is designed to be compact, yet durable. It is constructed out of a strong, corrosion-resistant material and utilizes a robust design to protect it from exterior damages.

Overall, the CPP11-51-30.0A-36686-30-V circuit breaker functions by controlling and discriminating between regular currents and fault currents. This device is designed to be reliable, efficient, and compact, while providing optimal protection and convenience. With its wide range of features and functions, it is a great choice for any professional or safety-conscious consumer.

The specific data is subject to PDF, and the above content is for reference