LELBXK1-37030-100-V

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Circuit Breakers

Circuit breakers are a type of electrical switch that help protect circuits and prevent damage to electrical resources. One of the more common types of circuit breakers is the LELBXK1-37030-100-V. It is designed to protect against overload and short circuit conditions.

Application Field

The LELBXK1-37030-100-V is most often used in industrial applications such as switchboards and panel boards. It is also used in industrial motor control panels, lighting fixtures, and HVAC systems. It is capable of interrupting a variety of current load up to 14kW in 240V single-phase and 25 kW in 200V three-phase systems.

Working Principle

The LELBXK1-37030-100-V works on a thermal-magnetic principle. It has two parts, an internal heater and a magnetic trip unit. The heater is designed to detect a potential overload or short circuit. When an overload or short occurs, the heater senses it and then releases a magnetic trip unit. The magnetic trip unit then breaks the flow of electricity, thereby protecting the circuit.

The LELBXK1-37030-100-V is designed to reset itself after it trips due to an overload or short circuit. Once the current has dropped below a certain level, the LELBXK1-37030-100-V will reset itself without the need for human intervention. This is an important safety feature that ensures that the circuit is protected from further damage.

The LELBXK1-37030-100-V is also designed with phase and neutral indicators for easy visual identification. The indicators are located near the trip unit and provide an easy indication of whether the breaker has tripped or not. The LEDs are also color-coded, so they can be easily identified in low-light or dark environments.

Conclusion

The LELBXK1-37030-100-V is a reliable and efficient circuit breaker with a wide range of applications in industrial and residential settings. It is designed to protect against overload and short circuits and is equipped with thermal-magnetic trip units and phase and neutral indicators. Its self-resetting feature is an important safety measure, as it ensures that the circuit is protected from further damage.

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