IAGZXF6-31539-25

Circuit Breakers

The IAGZXF6-31539-25 is a type of circuit breaker, which is a device that can be used to protect an electrical circuit from damages associated with overcurrents or surges. Circuit breakers are an essential component in any electrical power system, as they prevent the damage that would be caused by an excessive electrical current. The IAGZXF6-31539-25 is rated at 25 amperes and is typically used in residential, commercial and industrial applications.

Application Field of IAGZXF6-31539-25

Generally, the IAGZXF6-31539-25 Circuit Breaker is suitable for both AC50/60Hz, single pole and double pole circuits. It can be used in wiring systems protected by class CC, C and D fuses. It is ideal for small residential and commercial buildings, caravan parks, transformer stations and other electrical system applications. The maximum voltage and current ratings for the IAGZXF6-31539-25 are as follows: AC50/60Hz 250V, 25A. It also is suitable for RV, emergency lighting systems, security systems and other DC applications.

Working Principle of IAGZXF6-31539-25

The core component of the IAGZXF6-31539-25 is a thermal-magnetic relay. When the current flowing through the breaker reaches a certain set value, the electromagnetic field produced by the current will cause the armature of the relay to be released and the switch will be opened. The relay armature will then reset itself, allowing the electricity to flow again once the current level drops below the setting. Additionally, the breaker also has a thermal element which monitors the temperature of the device. If the temperature of the breaker exceeds a certain set value, the thermal element will cause the switch to open and the current to be interrupted.

The IAGZXF6-31539-25 is a great choice for circuit protection in applications where over-currents and surges are a concern. It has a wide range of voltage and current ratings, making it suitable for a variety of applications. Additionally, it features a reliable thermal-magnetic relay, which helps assure the breaker will trip when needed and reset itself when the load is reduced.