LMLBX1-1RLS4-36144-3-V Circuit Protection

Introduction

Circuit Breakers, also known as CBs, are electrical devices built to protect circuits from overloads and short-circuits. The LMLBX1-1RLS4-36144-3-V is a specific type of circuit breaker. It is a 3-pole circuit breaker that provides over-current, overload and short-circuit protection. It is commonly used in commercial and residential applications as it can provide reliable and efficient circuit protection.

Specifications

The LMLBX1-1RLS4-36144-3-V circuit breaker has a rated current of 10A, and is suitable for AC operation in a frequency range of 50Hz to 60Hz. It also has a short-circuit breaking capacity of 4kA, and it has 3 poles, making it suitable for three-phase applications.

Application & Working Principles

The LMLBX1-1RLS4-36144-3-V is mainly used to provide over-current, overload and short-circuit protection. It is suitable for use in both residential and commercial applications, including individual residences, industrial plants, data centers, banks, hospitals, office buildings, and educational facilities. Its 3 poles make it suitable for three-phase applications, where these breakers can be used to protect circuits from dangerous current overloads and short-circuits.

The working principle of circuit breakers is quite simple. When a fault current flows, it creates a magnetic field. This magnetic field causes the circuit breaker’s contacts to separate, or trip, thus de-energizing the circuit. This prevents any further current from flowing, thus preventing damage to the circuit.

Conclusion

The LMLBX1-1RLS4-36144-3-V is a 3-pole circuit breaker used to provide reliable over-current, overload and short-circuit protection. It is suitable for AC operation in a frequency range of 50Hz to 60Hz, and is commonly used in commercial and residential applications. Its working principle is quite simple - when a fault current flows, it creates a magnetic field, which causes the circuit breaker’s contacts to trip, thus de-energizing the circuit and preventing further damage.