LMLK1-1RLS4-28968-6

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The LMLK1-1RLS4-28968-6 Circuit Breaker (CB) is a type of overcurrent protection device which can disconnect a circuit automatically in the event of abnormal current. It works similarly to fuses and other circuit protection devices, but is much more reliable, providing an extra layer of protection to circuits with heavy loads. It is used in a wide variety of applications, including industrial automation, medical equipment, power supplies, computers, and other electronics.

The LMLK1-1RLS4-28968-6 CB is a single-pole, thermal-magnetic CB. It is a combination of both a thermal and a magnetic element, providing both instantaneous and time-delay protection. The thermal element can protect against both overload and short circuit conditions that draw high current flow. The magnetic element senses both overload and short circuit conditions, interrupting power when necessary. This makes the LMLK1-1RLS4-28968-6 CB preferable for use in high-density industrial settings where multiple lines must be monitored for safety.

The LMLK1-1RLS4-28968-6 Circuit Breaker is designed for quick and easy installation. It has two mounting options—two poles for DIN-rail or two screws for panel mounting. It also has an adjustable trip setting, allowing the user to choose an appropriate level of overcurrent protection for the circuit. The adjustment is done with a simple finger-operated lever.

The LMLK1-1RLS4-28968-6 CB is both cost effective and energy efficient. It is rated for a wide voltage range, from 10-335V AC/DC, and can handle up to 32Amps of current. It is UL approved, and has a high cycle life, allowing it to be used in difficult and demanding environments. It also features a high sensitivity rating, which is useful in applications where a small amount of overcurrent is enough to damage the circuit.

The LMLK1-1RLS4-28968-6 Circuit Breaker is a reliable, robust, and user-friendly device for circuit protection. It provides both current and time delay protection, and with its adjustable trip setting, allows users to set the appropriate overcurrent protection level for their application. It is suitable for a range of applications, and is both cost effective and energy efficient.

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