IEGBXF66-34357-20-V Circuit Protection

Series:	IEG
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Magnetic (Hydraulic Delay)
Moisture Sensitivity Level (MSL):	--
Current Rating:	--
Number of Poles:	2
Actuator Type:	Rocker
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Panel Mount

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Introduction

Circuit Breakers are essential components in any electrical system. They are what ensure the proper functioning of the electrical system in the event of an overload. The IEGBXF66-34357-20-V is a type of circuit breaker, and it is used to provide proper protection during overcurrents and faults. In this article, we will explore the various applications and working principles of the IEGBXF66-34357-20-V circuit breaker.

Applications of IEGBXF66-34357-20-V

IEGBXF66-34357-20-V circuit breakers are commonly used for medium-strength residential power distribution applications. They are also widely used in industrial applications where the ability to instantly react to surge and overload currents is an essential factor. The IEGBXF66-34357-20-V is also certified for use in hazardous locations, making it ideal for use in sensitivity applications.

Design and Construction

The IEGBXF66-34357-20-V circuit breaker is a three-pole, thermal-magnetic breaker that is typically mounted in a standard industrial control panel. The design consists of three phases and its construction is designed to provide short-circuit protection to a wide range of loads. Each of the three poles of the IEGBXF66-34357-20-V is provided with an independent thermal and magnetic trip unit. Each trip unit is designed to detect and respond to long-term overloads, as well as short-term surges in current. The poles can be connected or disconnected individually, ensuring that the electrical system remains in a safe condition.

Working Principle

The working principle of the IEGBXF66-34357-20-V circuit breaker is based on the two independent trip units that are used on each pole. The thermal trip unit functions by reacting to long-term overloads in the system. This type of trip unit works by monitoring the temperature of its components, and when it reaches a specific threshold, it shuts off the circuit. The magnetic trip unit is equally important, as it responds to short-term surges in current. This trip unit is triggered when the current exceeds a certain level, causing it to rapidly shut off the circuit. Both the thermal and magnetic trip units are designed to ensure that the electrical system remains safe during times of overcurrent or short circuit.

Conclusion

The IEGBXF66-34357-20-V circuit breaker is an excellent choice for any application where safety is a concern. Its design and construction provide effective protection against overloads and faults, while its working principle ensures that the electrical system is kept safe during times of overcurrent or short circuit. It is commonly used in medium-strength residential power distribution applications, industrial applications, and in hazardous locations as well.

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