LELK111-36554-1-V

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LELK111-36554-1-V circuit breakers have been extensively used in a wide range of applications due to their many advantages in terms of safety, reliability, and cost. In general, they are used to protect electrical circuits and equipment against overcurrent, overload, and short-circuit conditions. They can be further divided into two sub-groups based on the type of tripping method employed.

The first group is typically comprised of thermal-magnetic circuit breakers. This type of breaker utilizes a bimetallic strip to trip during an overcurrent condition. As the current passes through the strip, the contact point between the bimetallic strip and the circuit breaker contacts heats up. When the set temperature of the strip is reached, the strip deflects, and this action creates a magnetic force which opens the contacts of the device. These types of breakers are generally used in low-voltage, low-current applications as their response time to an overcurrent condition tends to be relatively slow.

The second group is comprised of solid-state circuit breakers. This type of breaker operates by using a triggered current sensor. The sensor detects when the current passing through the circuit reaches the predetermined level set by the user and triggers an electronic tripping mechanism which, in turn, initiates the opening of the circuit breaker contacts. These types of breakers are used in medium- and high-current applications due to their much faster response time to an overcurrent condition, typically measured in milliseconds.

The LELK111-36554-1-V is a thermal-magnetic circuit breaker that is ideal for use in low-power applications such as home wiring and general household power distribution. It is able to detect an overcurrent condition and trip within 1 second, meaning it is both quick to respond and reliable. Additionally, the unit is designed to have a life expectancy of 20,000 operations, making it a cost-effective solution for many applications.

In summary, the LELK111-36554-1-V is an effective thermal-magnetic circuit breaker used in low-power applications. It is capable of detecting an overcurrent condition and tripping within 1 second, and is designed to have a life expectancy of 20,000 operations, making it cost-effective and an ideal choice for many applications.

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