IEGZXF6-35908-411-V

The IEGZXF6-35908-411-V is a type of circuit breaker, a device designed to quickly break an electric circuit in order to protect a circuit and its components from damage due to potential overcurrents, faults, and other abnormal states. A circuit breaker can also be used to establish and interrupt a circuit, or be used in connection with other safety systems.

The IEGZXF6-35908-411-V circuit breaker is a single-pole and four-pole alternating-current circuit breaker with a short-circuit capacity of up to 8500 A at 50 Hz.The circuit breaker is made up of an integral case, base and arc chute including the short-circuit release mechanism and all other necessary accessories.

The IEGZXF6-35908-411-V circuit breaker is suitable for use in a variety of applications, including industrial motors and lighting, HVAC and air conditioning systems, residential and commercial buildings, telecommunications, and other electrical installations. The circuit breaker can be used to protect a circuit from current that exceeds a set limit, or to de-energize a circuit in the event of a malfunction or fault. It can also be used to isolate a circuit in order to perform maintenance or troubleshooting without having to shut off the main power supply.

The working principle of the IEGZXF6-35908-411-V circuit breaker is relatively simple. When current exceeds its set limit, the circuit breaker will activate and open the circuit, thereby interrupting the current flow. This is done by an electro-mechanical mechanism, with a set of contact terminals connected to an armature or plunger. When the current exceeds the set limit, the armature is forced down by the electromagnet, and the contact terminals are forced apart, thus opening the circuit. At the same time, an arc is created between the contact terminals. A strong arc chute is used to break up the arc and prevent it from causing any damage.

The IEGZXF6-35908-411-V circuit breaker provides maximum protection in a wide range of applications, and is designed to meet the highest standards of safety and reliability. It is designed to quickly and reliably react to abnormal current conditions and protect a circuit, providing optimal safety and performance. It is also designed to provide easy installation and servicing, and is a cost-effective solution for protecting circuits from overcurrents, faults, and other abnormal events.