LELBX12-39250-2-V

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Circuit breakers are an essential element of any electrical system. When an electrical current flows through a circuit, it encounters resistance. This creates an increase in temperature and pressure, which, if left unchecked, can quickly become dangerous. In order to avoid such dangerous situations, it is necessary to install circuit breakers, which will cut off the current in the event of a dangerous surge.

The LELBX12-39250-2-V circuit breaker is a type of circuit breaker which has a wide variety of applications within the electrical industry. This type of circuit breaker is designed to protect fluorescent lights, contactors, transformers, and other types of electrical equipment from being overloaded or damaged due to excessive current. It also offers overvoltage protection in the event of unexpected electricity surges.

The LELBX12-39250-2-V circuit breaker is designed to operate in both single-pole and double-pole applications, and offers protection against both over-currents and over-voltages. It has a voltage rating of 480VAC and a current rating of 30A. The breaker also includes a thermal-magnetic tripping mechanism which is designed to reduce the chance of electrocution or fire caused by an electrical surge.

When an over-current or over-voltage situation is detected, the thermal-magnetic tripping mechanism will trip the circuit breaker. This will cause the breaker to open and cut off the flow of electricity, thus preventing the associated electrical equipment from being damaged. In order to reset the breaker, a user must turn it off and then reset the mechanism. This will allow the breaker to close and allow electricity to flow through the circuit once again.

The LELBX12-39250-2-V circuit breaker is designed to be used in a wide variety of applications within the electrical industry. It can be used to protect fluorescent lights, contactors, transformers, and other types of electrical equipment from overloading or being damaged due to excessive current or voltage. It is an essential element of any electrical system, and will provide a high level of protection for any associated equipment.

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