LEL12-1REC5-36494-35-G1-V Circuit Protection

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Circuit breakers are essential components in many electrical, automotive, and energy applications, used to provide a measure of safety to prevent overloads and short-circuits. The LEL12-1REC5-36494-35-G1-V circuit breaker is an example of a reliable and durable breaker that is well-suited for many applications. This article will discuss the application field and working principle of the LEL12-1REC5-36494-35-G1-V circuit breaker and how it can be used in various situations.

The LEL12-1REC5-36494-35-G1-V is an industrial grade circuit breaker that is designed for high current and high voltage applications. It is well suited for both low-voltage and medium-voltage applications, such as in motor vehicles, lighting systems, and power distribution systems. This circuit breaker features a trip-free operation, which prevents unwanted energizing of the circuit. It is also equipped with a thermal-magnetic overload system to protect the circuit from short-circuits or since it conducts a current, it also prevents dangerous overloads.

In addition, this circuit breaker features an optimized arc extinguishing chamber, which ensures fast and reliable interruption of electrical circuits. It is also designed to safely and quickly shut off power in the event of an overload. This helps to protect the system and the associated components from damage. The LEL12-1REC5-36494-35-G1-V breaker has been tested and certified to provide superior performance in hazardous environments, making it an ideal choice for many industries.

The working principle of this circuit breaker is based on the operation of electrical contacts. When the circuit is closed, a current flows through the contacts and the circuit breaker allows the current to flow. If the current exceeds the rated current of the circuit breaker, the contacts will heat up and will eventually reach a point when they will not be able to conduct any more current. At this point, the circuit breaker will interrupt the current flow and open the contacts to protect the circuit.

In addition, the thermal-magnetic overload trip system will also protect the circuit if the circuit breaker has been overloaded. In these cases, the trip system will detect the current overload and will trip the circuit breaker to shut off the power, thus preventing any further damage to the system. This type of protection is especially useful in low-voltage applications, where the current passing through the circuit is unlikely to be detected by the thermal-magnetic trip system.

The LEL12-1REC5-36494-35-G1-V circuit breaker is a reliable and durable breaker that can be used in a variety of applications. It is designed for high current and high voltage applications and features a thermal-magnetic trip system to protect the circuit from overloads, short-circuits, and even arc extinction. This circuit breaker can be used in a wide variety of industries, from automobile manufacturers to lighting systems, and is an ideal choice for protecting circuits from dangerous overloads and short-circuits.

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