IEGF6-32347-752-V

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Circuit breakers are devices designed to interrupt the flow of electricity when it exceeds a certain threshold, preventing dangerous levels of current from flowing. IEGF6-32347-752-V is an example of a circuit breaker that is used in a variety of settings, ranging from home and industrial electrical systems to automotive and aircraft applications. In this article, we will explore the IEGF6-32347-752-V application field and working principle in detail.

The IEGF6-32347-752-V circuit breaker is a break-before-make, non-interrupting type circuit breaker. This means that, when tripped, it will open the circuit completely before making the connection again. This type of circuit breaker is suitable for the protection of circuits that power sensitive or potentially dangerous equipment, such as medical or industrial safety systems. It is also used in applications that require a “no-break” power system.

The IEGF6-32347-752-V is a 1-pole thermal/magnetic type of circuit breaker with an adjustable trip setting. It is designed for 480 volts and has a continuous current rating of 125 amps. It has a rated interrupting capacity of up to 10,000 amps and an operating temperature range of -40°C to +80°C(-40°F to +176°F). This circuit breaker is designed with a trip free mechanism and is equipped with a built-in ground fault indicator.

To understand how the IEGF6-32347-752-V circuit breaker works, we must first understand the basic principles of circuit breaker operation. A circuit breaker is a switch that responds to an abnormal electric current by automatically disconnecting the power supply. To operate properly, the breaker must be able to distinguish between normal and abnormal levels of electric current. The mechanism used to accomplish this is called a trip device.

The IEGF6-32347-752-V circuit breaker uses a combination of thermal and magnetic tripping devices to sense current. When a circuit exceeds its safe operating level, the trip device responds by opening the breaker contacts, thus de-energizing the circuit. The thermal trip device operates by sensing the rise in temperature caused by the excessive current, while at the same time the magnetic trip device detects the excessive current flow and quickly moves the contacts apart.

In addition to the trip device, the IEGF6-32347-752-V also features an adjustable trip setting feature. This allows the user to set the trip level to the desired level, depending on the application. The setting is typically indicated by a number and is adjustable using a provided key. The trip setting is designed to automatically reset after each operation and is held in place by a spring.

The IEGF6-32347-752-V circuit breaker is an efficient and reliable piece of equipment used in a wide range of applications. It is designed to ensure that electric current is kept at safe levels and to protect sensitive or hazardous equipment from damage. The adjustable trip setting and thermal/magnetic combination make this circuit breaker suitable for a variety of settings, including home and industrial electrical systems, automotive, and aircraft applications.

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