IEG1-36628-4-V

Circuit breakers are vital components in electrical systems and are used to disconnect or interrupt fault currents or to protect other equipment. The IEG1-36628-4-V is a molded case circuit breaker (MCCB) designed for medium-voltage applications. In this article, we discuss its application field and working principle.

Applications

The IEG1-36628-4-V circuit breaker is suitable for several applications, including:

• Medium-voltage power distribution
• Overcurrent protection
• Disconnecting and grounding of cables, fixtures and motors.
• Isolation of loads

It is also suitable for metal clad switchgear organizations and other switchgear assemblies.

Working Principle

The IEG1-36628-4-V circuit breaker is an integrated, modular device that is designed to detect and interrupt fault currents at predetermined levels. When it senses a fault current, the contacts in the circuit breaker open and remain open until the current is eliminated. It then automatically resets itself and can be manually reset.

The breaker is designed to disconnect and ground the load in the event of an over-current. It is also designed to provide short-circuit protection and isolation of equipment from the power system. The device is designed to interrupt the current in time to protect other equipment before any damage or destruction can occur.

The IEG1-36628-4-V circuit breaker has several features that make it an ideal choice for medium-voltage applications. It has a high-current capacity and has a built-in surge limiter to protect against the effects of a voltage transient. The device also features adjustable settings and protections, allowing it to be customized to fit the needs of the application.

The device has also been rigorously tested to ensure it can withstand a wide variety of operating conditions without fail. Its robust construction and design make it a reliable and reliable solution for medium-voltage applications.

In summary, the IEG1-36628-4-V circuit breaker is an effective and reliable solution for medium-voltage applications. It is designed to detect and interrupt fault currents at predetermined levels, disconnect and ground the load in case of over-current, and provide short-circuit protection. Its adjustable settings and protections make it a customizable solution for different application needs.