LELBX1-37610-20-V

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Circuit breakers are an important and integral part of electrical systems. They are commonly used as a method to prevent overloading, faulting, and short circuiting when circuits become damaged. The LELBX1-37610-20-V circuit breaker is no exception.

This particular circuit breaker is mainly used in industrial applications where the need for protection is increased. It is specifically designed to protect against the damaging effects of both overloads and short circuits. The LELBX1-37610-20-V can operate in temperatures ranging from -25° C to 70° C, making it ideal for industrial applications where temperature may vary quite drastically.

The LELBX1-37610-20-V has a rated operation current of 10 amps and a maximum breaking capacity of 10,000 amps. This makes it a great choice for industrial applications that require protection from short circuits or overloads. In addition, the circuit breaker is designed with an adjustable trip Characteristic, which allows for customization based on the specific needs of the application.

The working principle of the LELBX1-37610-20-V circuit breaker is fairly simple. When the load current reaches a predetermined value, the current is interrupted and the circuit is automatically opened. This prevents dangerous overloads or short circuits in the circuit. The trip current can be adjusted to suit the specific application using the built-in adjustment knob.

The LELBX1-37610-20-V offers superior performance and reliability. It is UL certified and is resistant to shock, vibration, and corrosion. It also has built-in protection against false trips due to high inrush currents, as well as an adjustable current leakage detection level for added safety.

Overall, the LELBX1-37610-20-V is a great choice for applications that require circuit breaker protection. With its adjustable trip characteristics, high performance, and resistance to shock and corrosion, it is an ideal solution for industrial applications. Its simple working principle ensures that it is reliable and effective at protecting circuits from overloads and short circuits.

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