IELZXK1-36522-15-V

Circuit Breakers: IELZXK1-36522-15-V Application Field and Working Principle

Circuit breakers are important devices that are used in many electrical circuits. The IELZXK1-36522-15-V circuit breaker is a type of circuit breaker designed for high-voltage and heavy-duty applications. It is used in power distribution systems and industrial applications. This circuit breaker is designed for 240V AC applications and is UL1077 Class B compliant.

This device has several features that make it an ideal choice for many applications. The IELZXK1-36522-15-V circuit breaker is designed to handle short circuit currents of up to 25,000 Amp. It also has a trip current of 10,000 Amp and a trip time of up to 500 ms. The device is designed to provide reliable circuit protection and to meet applicable safety standards. Additionally, it has an integrated voltage surge suppressor which prevents the occurrence of damaging voltage spikes.

The IELZXK1-36522-15-V circuit breaker employs two different operation modes. In the first operating mode, it is in the closed state. This means that current can flow through the circuit breaker without any interruption. In the second operating mode, the circuit breaker is in the open state. This means that current cannot flow through the circuit breaker and it will open the circuit.

The working principle of the IELZXK1-36522-15-V circuit breaker is based on the principle of electromagnetic action. The device consists of a magnetic coil and an iron core. When the current exceeds the trip current, the magnetic field around the iron core increases, which causes the iron core to move and trip the circuit breaker. This generates an arc that interrupts the current flow and the circuit breaker is opened.

The IELZXK1-36522-15-V circuit breaker is ideal for many industrial applications, such as motor control circuits, transformer circuits, switchgear, generator control and other power systems. It is also commonly used in high-voltage electric utility applications and power distribution systems. Its features and design make it an excellent choice for efficient and reliable circuit protection in a variety of applications.