LELK1-34832-20-V

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Circuit Breakers are devices that protect electrical circuits from damage by breaking the electrical continuity, and are often found in buildings, ships and aircraft. The purpose of Circuit Breakers is to limit the amount of current that may flow in a short-circuit event or other serious malfunction. Circuit Breakers can also be used to turn off power supply to a circuit on purpose, in order to perform maintenance or to replace parts.

LELK1-34832-20-V is a type of Circuit Breaker, used primarily in process control applications, such as the motor control, system control and motor protection markets. It is also suitable for use in data centers and high-end switches.

LELK1-34832-20-V consists of an air-break switch with an independent actuator and a three-position selector switch. It has three poles, each of which can be used for one or two circuits. The product can handle up to 80 amperes per circuit and up to 100 amperes in all-pole configurations.

The working principle of the LELK1-34832-20-V is based on the principle of an air-break contactor. When the switch is opened, an air gap is created between the contacts, and air is forced through the contacts, separating them from each other and interrupting the flow of electricity. This mechanism also helps to reduce arcing when power is turned off, which helps to lower electrical noise and reduce the risk of electrical failure.

LELK1-34832-20-V is designed to provide overload, contact and over-temperature protection. It is used to automatically switch off power when a current overload occurs. The product also has safety features such as a manual reset button, indicator lamps, and a latch to prevent unintended activation.

LELK1-34832-20-V is commonly used in motor control and system control applications, due to its ability to quickly and reliably disconnect power when necessary. It is also suitable for use in applications where the noise from a current overload must be minimized. The product is also suitable for use in high-end switches and data centers, where reliability and performance are vital.

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