IEGZX04-40256-50-V

Circuit breakers are essential components in electric system applications to protect the system from over or short circuit. With the development of modern technology, more and more circuit breakers have been produced for various applications in the market. One of them is IEGZX04-40256-50-V circuit breaker, which is designed to provide over current or short circuit protection with an adjustable trip current. It is 100% tested by automated machines, ensuring high quality and reliable performance.

Design and Components

The IEGZX04-40256-50-V circuit breaker has three main parts: the base, case body and movable contacts. The base is made of zinc alloy and die-casting. It is coated with epoxy resin for corrosion resistance and durability. The case body is made of copper or aluminum for superior conductivity. The movable contacts are made of silver alloy and copper alloy for stability and reliability.

Working Principle

The IEGZX04-40256-50-V circuit breaker works on the principle of electromagnetic principle. When the current passing through the circuit is greater than the rated current, an electromagnetic field is generated and the trip mechanism is actuated. This mechanism controls the movable contact to open the circuit and therefore, interrupt the flow of current. This mechanism also prevents the current from flowing to the other parts of the circuit when the control system failure and protects the circuit from overcurrent, short circuit, overload and circuit reversal.

Application Field

The IEGZX04-40256-50-V circuit breaker is widely used in many applications such as wind energy systems, electrical vehicles, household appliances, UPS systems, lighting systems, distribution consumers, and industrial systems. It is also used in many safety systems such as fire alarms and emergency lighting. This circuit breaker is suitable for both AC and DC systems.

Conclusion

In conclusion, IEGZX04-40256-50-V circuit breaker is an ideal component for overcurrent and short circuit protection applications. It works on the principle of electromagnetic principle to protect the circuit from overload, short circuit, and circuit reversal. It is widely used in many applications including wind energy systems, electrical vehicles, household appliances, UPS systems, and lighting systems. It is also suitable for AC and DC systems. Therefore, it is an ideal choice for electric system applications.