IAG6-1-51-3.00-Q-01

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 are commonly used in electrical distribution systems as a method of controlling power distribution and protecting against overloads and short circuits. The IAG6-1-51-3.00-Q-01 is a type of Circuit breaker and is widely used for its many benefits. This article explores the application field and working principle of the IAG6-1-51-3.00-Q-01 Circuit breaker.

The IAG6-1-51-3.00-Q-01 Circuit breaker is a three-phase device which is suitable for use in all conditions, whether installed in a plant, a substation, or even an industrial environment. It has a rating of IP67 and is capable of being used in more than one circuit, providing it is electrically isolated from other circuits. This type of Circuit breaker is designed to deliver maximum protection against short circuits and overloads, and can be relied on to disconnect when necessary.

The IAG6-1-51-3.00-Q-01 Circuit breaker offers a high degree of protection. It is equipped with adjustable thermal and magnetic elements, which are designed to detect the fault current and disconnect the circuit when necessary. Thermal elements are used to detect and eliminate overloads while magnetic elements are used to detect and eliminate short circuits. This combination of elements provides a comprehensive level of protection against short circuits, overloads, and other faults.

The IAG6-1-51-3.00-Q-01 Circuit breaker is widely used in medium and high voltage applications. It is often used in power distribution centers and substations, as well as in industrial process equipment and other applications that require reliable fault protection. It is also suitable for use in hazardous locations, as it is certified for IECEx, NEC, and UL listings.

The IAG6-1-51-3.00-Q-01 Circuit breaker also offers excellent performance in terms of durability and reliability. It is compact in size, with a rated voltage of up to 1000V. It has a power dissipation rating of 0.2W / °C, allowing it to offer superior protection against short circuits and overloads. In addition, the IAG6-1-51-3.00-Q-01 is designed to comply with IEC 60947-2, making it ideal for use in many high-quality applications.

The working principle of the IAG6-1-51-3.00-Q-01 Circuit breaker is based on the concept of “tripping current”. This is a reference to the amount of current required to disconnect the circuit from power resources. The trip current is adjustable, allowing the customer to select the exact level of protection required for their particular application. When the set tripping current is exceeded, the electrical contacts of the breaker will open, disconnecting the circuit from power resources.

While the IAG6-1-51-3.00-Q-01 Circuit breaker offers dependable protection against short circuits, it is also highly reliable against overloads. The breaker is equipped with adjustable overload settings, allowing users to select the best protection level against overloads. The breaker’s current limitation ensures that the load will not exceed the set current level, protecting the entire electrical system from overloads.

To ensure that the Circuit breaker delivers its best performance, it must be correctly installed and maintained. It is important to ensure that the breaker is connected for the correct voltages, as the breaker will not be able to trip if the voltage does not match its rating. In addition, regular maintenance and testing must be carried out in order to ensure that the breaker is functioning correctly.

The IAG6-1-51-3.00-Q-01 Circuit breaker provides reliable protection against short circuits and overloads. It is suitable for a wide range of applications, and is designed to meet the highest standards in terms of reliability and performance. Its adjustable trip current enables users to select the right level of protection for their particular application, while its adjustable overload settings ensure that the load will not exceed the set current levels.

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