LMLK1-1RLS4-31212-30

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Circuit breakers are essential devices in the electrical engineering field. These devices protect electrical equipment from damage that could be caused by power surges or overloading. The LMLK1-1RLS4-31212-30 is a circuit breaker designed to be used in commercial and industrial applications. This circuit breaker offers superior protection for sensitive electronic equipment.

The LMLK1-1RLS4-31212-30 circuit breaker is a thermal overload circuit breaker. It relies on temperature sensing components to detect overload conditions and prevent equipment from sustaining damage due to power surges. The device is rated for 30 Amp, single-phase applications and offers high levels of accuracy and reliability. The sensitivity of the device is adjustable, so it can be used to protect a wide range of electrical equipment.

An important feature of the LMLK1-1RLS4-31212-30 circuit breaker is its modular design. The device is available in a variety of mounting styles, including flush mounting and surface mounting. This allows the device to be used in a wide range of applications. Additionally, the circuit breaker is available in different current ratings, making it suitable for applications that require higher levels of protection, such as computer and communication systems.

The mechanism of the LMLK1-1RLS4-31212-30 circuit breaker is fairly simple. When the breaker senses an overload condition, it opens an internal switch to prevent further damage. The breaker will remain open until the overload situation has been resolved. Once the overload has been cleared, the breaker can then be reset and will resume protection once again.

The LMLK1-1RLS4-31212-30 circuit breaker is an essential device in commercial and industrial applications. It offers superior protection for sensitive electronic equipment, as well as a modular design that allows it to be used in a variety of applications. The device is highly accurate and reliable, making it an ideal choice for protecting electrical equipment from power surges and overloads.

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