IEG111-28808-1-V

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Circuit breakers have been a technology that has been used as an essential component of an electrical system for many years. The IEG111-28808-1-V is one of the most commonly used circuit breakers and is used in a variety of different applications. This article will discuss the applications and working principles of the IEG111-28808-1-V circuit breaker.

The IEG111-28808-1-V circuit breaker is most commonly used in industrial applications where it is used to protect against electrical overloads. The overload protection provided by the circuit breaker is achieved by the breaker effectively disconnecting circuits when there is an overexertion of the power circuits which could potentially result in fires or equipment damage. The IEG111-28808-1-V is also used in residential applications, and tends to be more reliable and cost-effective than other circuit breakers.

The IEG111-28808-1-V is a two-pole circuit breaker that is designed to detect low-level and high-level overloads in the electrical circuit. The high-level overload is detected when current passing through the breaker exceeds the set point, and the low-level overload is detected when the breaker detects a fault or an overload caused by a short circuit. Both of these overloads can be distinguished by the distinct characteristics and the circuit breaker will react accordingly, either by tripping or by powering off.

The IEG111-28808-1-V is designed to be used in both indoor and outdoor applications. When used indoors, it must be connected to a suitable surge protective device such as a voltage or current limiter in order to provide optimal protection against power surges. When used outdoors, it can be connected to a lightning protection device in order to protect against surge damage. However, it is important to note that the IEG111-28808-1-V does not provide any protection against lightning strikes and must thus be used in conjunction with other protection devices such as a surge protector.

The working principle of the IEG111-28808-1-V is based on the thermal principles of ohmic heating. Ohmic heating occurs when current passes through an electrical circuit and the electrical resistance of the components of the circuit causes the electrical energy to be converted into heat energy. This heat energy causes a thermal bimetallic element within the circuit breaker to bend and thus, trip the breaker so that the circuit is disconnected. As such, when the set point of current is exceeded, the circuit breaker will trip and thus, prevent further current flow.

The IEG111-28808-1-V is a reliable and cost-effective circuit breaker and is commonly used in a variety of different applications. It is important to have an understanding of the working principles of this circuit breaker in order to ensure that it is used correctly and to provide optimal protection for electrical systems. It is also important to make sure that the IEG111-28808-1-V circuit breaker is used in conjunction with other appropriate protection devices.

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