IULHK1111-1-62-60.0-01 Circuit Protection

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Circuit Breakers are an important part of any electrical system. They provide an important function by safely protecting electrical circuits from overloads. The IULHK1111 series circuit breakers, specifically the IULHK1111-1-62-60.0-01, is a combination-type breaker commonly used in residential and commercial applications.

The IULHK1111-1-62-60.0-01 combination-type circuit breaker is designed to be used as an overload protection device, providing circuit protection against both overload and short circuit incidents. It features a thermal-magnetic trip unit, allowing the breaker to react quickly to an overload and protect the circuit. The thermal trip unit uses a temperature-sensitive bi-metallic element to shut off the circuit if current rises too high, while the magnetic trip unit responds to changes in current magnitude.

The IULHK1111-1-62-60.0-01 can be used in both single- or three-phase applications, ranging from 60 to 100 amps. It is compatible with both 120/240V and 120/208V AC power supplies. The breaker is UL listed and CSA certified.

The breaker is designed to be simple and easy to install. It has two terminals, one connecting directly to the power source and the other connecting to the circuit being protected. The breaker frame also includes pre-drilled mounting holes for easy installation.

In addition to providing overload protection, the IULHK1111-1-62-60.0-01 circuit breaker also provides short circuit protection. If high current shorts or bypasses across the line, the breaker will trip and disconnect the circuit. The breaker also offers a ground-fault protection feature. If the current passes through the ground and the ground-fault current exceeds the trip level, the breaker will trip and disconnect the circuit.

The IULHK1111-1-62-60.0-01 combination-type breaker is a versatile and reliable product suitable for a range of residential and commercial applications. It is designed to provide reliable protection against overload and short circuit incidents, ensuring the safety of electrical systems.

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