IEGF6-32009-15-V

Series:	IEG
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Magnetic (Hydraulic Delay)
Moisture Sensitivity Level (MSL):	--
Current Rating:	--
Number of Poles:	1
Actuator Type:	Lever
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Panel Mount

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Mass-produced electrical switchgear is subject to some form of testing prior to it being released for sale and/or installed. Among these tests is the IEC 60320-15-V Application Field and Working Principle specification which tests the suitability of a circuit breaker for various load and environmental conditions.This specification is the main testing procedure for mass-produced circuit breakers and is conducted in accordance with relevant safety and performance standards. The following sections will discuss in greater detail the application field and working principle.The Application FieldThis specification applies to all circuit breakers for general purpose for domestic, commercial, industrial and medical applications. It includes, but is not limited to, circuit breakers for single pole, three pole and four pole circuit breakers, their additional poles and accessories, as well as their associated circuit builders and their components.The specification describes the characteristics of a circuit breaker which must be observed in order to make a safe and effective installation. For example, the product must have a suitable rating to the load characteristics which it is designed to control, both in terms of voltage and frequency. In addition, the circuit breaker must be able to repeatably shut off the device at the set current rating.Working PrincipleThe working principle of a circuit breaker is quite simple. It consists of two main components: a contactor that provides the cutting and complete switching between the active and the neutral wire and an interrupting device that prevents any arcing or heat build-up in the circuit.The contactor is typically a switch, but can also be a relay, and is positioned at the point where the power enters or leaves the circuit. When the current reaches the predetermined level, the contactor opens, breaking the circuit and allowing no current to flow.The interrupting device is responsible for sensing the sudden increase in current in the circuit and sending a signal to the contactor to shut off the power. This is done by using a large capacitor, which charges up and releases its stored energy, interrupting the current and sending a signal to the contactor.ConclusionThe IEC 60320-15-V Application Field and Working Principle specification tests the suitability of a circuit breaker for a variety of load and environmental conditions. It applies to all common single pole, three pole and four-pole circuit breakers and their associated circuit builders and components, ensuring the device is suitable to the load that it is designed to control. The working principle is a combination of a contactor and an interrupting device, which work together to reduce the risk of damage caused by excessive current in the circuit.

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