IULHK111-1-69-40.0-01

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Circuit breakers play an important role in power systems, protecting the system from overloads. The IULHK111-1-69-40.0-01 circuit breaker is a low voltage circuit breaker that is widely used in both residential and commercial settings. This particular breaker is well suited for applications that require a low-cost, reliable and durable solution.

The IULHK111-1-69-40.0-01 circuit breaker is specifically designed to prevent the flow of current in order to protect electrical circuits from over-voltage or over-current damage. It is a three-pole magnetic-only device which features a trip range of 200 amperes and a voltage rating of 415 volts. It features a manual reset mechanism with a release button that can be used in order to reset the breaker after it trips.

The IULHK111-1-69-40.0-01 circuit breaker works on the principle of a solenoid, which is an electromagnetic device that uses a magnetic field to generate a force. When current flows through its conducting coil, a magnetic field is created around it. This magnetic field pulls the circuit breakers’ contact arm, ultimately causing it to trip, thereby cutting off the power supply and resetting the breaker.

The IULHK111-1-69-40.0-01 circuit breaker is designed to provide reliable protection for a wide range of applications, including residential and commercial buildings, industrial facilities, and various other power systems. Its magnetic-only design is ideal for heavily loaded circuits, as its fast response time helps to reduce the risk of overloads. Additionally, the breaker’s built-in adjustable features allow it to be used in a variety of applications and provide optimal protection.}

The IULHK111-1-69-40.0-01 circuit breaker combines reliability, durability, and cost-effectiveness into one device, making it an ideal choice for many applications. It features an adjustable trip setting, manual reset mechanism, and an adjustable reset time. This makes it an excellent choice for protecting residential and commercial electrical circuits, as well as industrial power systems. It also provides protection from over-voltage and over-currents, helping to reduce the risk of system damage and ensure reliable and efficient operation.

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