IPA-11-33165-2

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 play an important role in the safety and reliability of electric systems. The specific design of the circuit breaker and the manner in which it operates are determined by the specific application field and what it is required to do. The IPA-11-33165-2 is a type of circuit breaker that is used in a variety of applications, including industrial, residential and commercial electrical systems. The following is an overview of the application field, features and working principle of the IPA-11-33165-2 circuit breaker.

The main application field for the IPA-11-33165-2 circuit breaker is residential and commercial electrical systems. It is a type of primary or arc-fault circuit breaker, designed to monitor and detect faulty wiring connections, sparking or arcing, short circuits and even overloads in these electrical systems. This helps to ensure the safety of the system, its users and its personnel, by cutting off power in these situations.

The key features of the IPA-11-33165-2 circuit breaker make it suitable for use in electrical systems. Firstly, it has a current limiting design that helps to reduce the arc flash energy created when the breaker trips. Secondly, it has an adjustable time delay that allows users to control the time taken between the fault detection and tripping of the breaker. This prevents unnecessary tripping due to false alarms or momentary overloads. Thirdly, it has a thermal disconnect feature that shuts off power if the temperature inside the breaker rises beyond a certain limit.

The working principle of the IPA-11-33165-2 circuit breaker is based on a direct current monitoring system. This system evaluates the incoming power waveform and identifies any faults, such as shorts, overloads and arcing. When a fault is detected, the current limiting feature reduces the arc flash energy generated when the breaker trips. The adjustable time delay then allows a certain period of time for the fault to be isolated before the breaker trips. The thermal disconnect feature then acts as a safety measure by cutting off power in the event of overheating.

By understanding the application field, features and working principle of the IPA-11-33165-2, it is clear to see why it is a popular choice of circuit breaker for residential, commercial and industrial electrical systems. Its current limiting design, adjustable time delay and thermal disconnect feature help to provide safety, reliability and efficiency in these systems.

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