LELK1-1REC4-29475-1

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Circuit breakers are electrical safety devices used to protect electrical systems from damage due to overcurrent, overvoltage and short circuit. The LEKL1-1REC4-29475-1 is a special type of circuit breaker designed to provide reliable protection in industrial environments.

This breaker offers a wide range of features and benefits that are tailored to various applications. It has a 600 VAC, 450 VDC voltage rating, with an interrupting capacity of 25kA at 480VAC. It also has a 2"³ x 4"³ overall size and is UL listed and CSA certified. This breaker is suitable for use in a range of industrial applications, such as process control, electric motors, safety systems and more.

In terms of its working principle, the LEKL1-1REC4-29475-1 employs a bimetal design for the contact points. When the current flow through the contact points exceeds the predetermined limit, the bimetal strips heat up and cause the contact point to move, thereby breaking the circuit and stopping the current from flowing. In addition, the breaker also has an in-built arc chute that helps to contain any electric arcs that may be generated when the contacts open.

The LEKL1-1REC4-29475-1 also has a number of safety features, such as trip free operation,which prevents the breaker from being tripped again until it is manually reset. It also has an automatic reset feature, which enables the breaker to reset itself in the event of a fault. Additionally, this breaker has a dustproof enclosure to protect it from the ingress of dust and other particles, as well as a number of mounting options for easy installation.

In conclusion, the LEKL1-1REC4-29475-1 circuit breaker is a reliable and safe device that can be used in a wide range of industrial applications. It provides effective protection against overcurrent, overvoltage and short circuit, and has a range of safety features to ensure reliable operation. With its bimetal contact points and arc chute, it offers reliable protection from short circuit and is capable of withstanding high current overloads.

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