IULHK11-34144-1

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Circuit breakers play an important role in providing protection for many electrical products, from computers and home appliances to industrial motors and generators. The IULHK11-34144-1 circuit breaker is designed for indoor and outdoor applications in harsh environments. It meets the requirements of UL1077, CSA C22.2 and IEC 60898-1, providing up to 20kA short-circuit interrupting levels. It also meets UL489 and UL1699 standards, providing ground fault protection.

The IULHK11-34144-1 circuit breaker is designed with a push-to-reset mechanism which is activated by pushing the reset button. This mechanism disengages the contacts, preventing current from flowing to the motor, generator, or other device that protected by the breaker. When the reset button is released, the contacts reconnect, and normal operation can resume.

The IULHK11-34144-1 follows the use of traditional breaker design principles. It has an epoxy-sealed case with a unique two-handed design that requires both hands to be placed to activate the circuit breaker, preventing accidental activation. The case is resistant to environmental elements and humidity, protecting it from corrosion and other damage.

The IULHK11-34144-1 offers increased protection for a variety of applications. It is designed for use in locations exposed to high temperatures, such as dryers, electric stoves, and dishwashers. It is also designed to handle the needs of industrial applications, such as welding equipment, large motors, and transformers. The circuit breaker can also be used in outdoor applications such as agricultural equipment, mining machinery, and utility-grade devices.

The circuit breaker provides excellent protection against short-circuits, overloads, and ground faults. It limits both the voltage and current that flows to the device, and in the event of a short-circuit, it adjusts the ground fault current to a level that won\'t damage the device. The overload protection is achieved by using the adjusting device to adjust the operating current.

In terms of working principle, the circuit breaker is designed to be temperature and voltage sensitive, and will open the circuit once it senses a change in temperature or voltage. When the circuit is open, the contacts are compressed, causing the circuit breaker to become activated. Once the circuit is closed, the contacts return to their original position, allowing the current to pass. This working principle is designed to protect the device from overheating due to excessive current flows, or other conditions that could inhibit its functions.

The IULHK11-34144-1 circuit breaker provides outstanding protection in a variety of applications. Its two-handed design, epoxy-sealed case, and thermal and voltage sensitivity make it an ideal choice for harsh environments and industrial applications. It is designed to be easy to install and maintain, ensuring years of reliable operation.

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