LMLC1-1RLS4-34087-3-V Circuit Protection

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LMLC1-1RLS4-34087-3-V circuit breaker application field and working principle

The LMLC1-1RLS4-34087-3 is a circuit breaker which belongs to the family of electromagnetic circuit breakers. It is designed to perform under normal and short-circuit conditions, protecting the electronic components they protect against current overloads. The LMLC1-1RLS4-34087-3 is suitable for use in a variety of applications, from residential to industrial, and can be used in both interior and exterior settings.

In terms of its working principle, the LMLC1-1RLS4-34087-3 operates by sensing a current overload and then tripping a power relay to cut power to the affected components. This makes it highly effective in limiting the amount of damage done in the event of a short-circuit, as power will be cut off before any damage can occur. Additionally, the LMLC1-1RLS4-34087-3 is designed to only trip when the current overload is sustained for a certain period of time, meaning that the circuit breaker will not be triggered by momentary power surges.

The LMLC1-1RLS4-34087-3 is suitable for use in a variety of residential, commercial, and industrial settings. This means that it is suitable for use in systems with a wide voltage range, as well as systems with a high power capacity. Furthermore, given its small size, the LMLC1-1RLS4-34087-3 is suitable for use in smaller electrical enclosures where space is at a premium.

The LMLC1-1RLS4-34087-3 is designed to operate with a wide temperature range, ranging from -40°C to +85°C, meaning that it is suitable for use in both indoor and outdoor settings. This, combined with its ability to handle up to 8400A of short-circuit current, makes the LMLC1-1RLS4-34087-3 an ideal choice for a variety of applications, ranging from residential to industrial.

In summary, the LMLC1-1RLS4-34087-3 is a versatile, electromagnetic circuit breaker which is suitable for a variety of residential, commercial, and industrial applications. Its ability to sense current overloads, and to only trip when the overload is sustained for a certain period of time, makes it highly effective in limiting the damage done in the event of a short-circuit. Furthermore, its wide temperature range and suitability for use in small enclosures makes it an ideal choice for a variety of settings.

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