IEGBX6-33828-25-V

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Circuit breakers are commonly used in any application regardless of where it is used. But there are certain types of circuit breakers that have a specific purpose and they differ from other circuit breakers. The IEGBX6-33828-25-V circuit breaker is one such special type of circuit breaker. This article focuses on its application field and the working principle of IEGBX6-33828-25-V circuit breaker.

The IEGBX6-33828-25-V circuit breaker is designed to be used in both commercial and industrial applications. It is a two-pole and two-wire system which can operate as either a single-pole or a three-pole system. The IEGBX6-33828-25-V is certified for both AC-3 and AC-4 applications and is UL1077 listed, making it suitable for all electrical installations. Additionally, this circuit breaker has an IP rating of IP20, making it suitable for outdoor use.

The IEGBX6-33828-25-V circuit breaker is suitable for a wide range of applications such as residential, commercial, industrial, metal/woodworking, machining, construction, power generation, distribution, and motor control, just to name a few.

The IEGBX6-33828-25-V circuit breaker is designed to provide maximum protection to the electrical system from overcurrent and short-circuit conditions. It is a type C circuit breaker, meaning that it uses a specific kind of mechanical trip system, which provides a delay before the circuit breaker trips. This delay is used to protect the electrical system from overcurrents because it allows time to reduce the current to a safe level before the circuit breaker trips.

The IEGBX6-33828-25-V circuit breaker is designed with a thermal-magnetic trip system. This system uses two separate components to detect an overcurrent or short-circuit condition. The first component is a bimetallic strip which expands under the heat of the current, causing it to bend. This bends the arm holding the contact points, causing them to open and break the circuit. The second component is a magnetic trip, which utilizes a coil that generates a magnetic field when a certain current is flowing. When the current reaches a certain threshold, the magnetic field generated by the coil causes the arm holding the contact points to open, thus breaking the circuit.

The IEGBX6-33828-25-V circuit breaker also utilizes indicators to indicate when an overcurrent or short-circuit condition has occurred. An “On/Off” indicator shows when the current is flowing normally, while a “Trip” indicator shows when the breaker has tripped due to an overcurrent or short-circuit condition.

The IEGBX6-33828-25-V circuit breaker is designed to provide the highest level of protection while still being able to operate at optimal levels. Its bimetallic trip system provides an additional layer of protection, as well as a way to detect an overcurrent or short-circuit condition before the current reaches dangerously high levels. The combination of its thermal-magnetic trip system and its indicators make the IEGBX6-33828-25-V a highly effective and reliable choice for any application.

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