CMLHPB11-1RLS4R-38186-200-V

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Circuit breakers are devices used to protect electrical systems from failure by interrupting the flow of electricity when faulty current is detected. The CMLHPB11-1RLS4R-38186-200-V is an AC magnetic residential circuit breaker manufactured to UL 489 standards and tested to CSA standards. It has a current rating of 200A, an interrupt rating of 10kA, making it suitable for residential and light commercial applications.

This breaker has a quick make-and-break action and is designed to detect an overload or short circuit in the line current and automatically trip when an unsafe condition is detected. It can also be manually tripped for testing and reset once conditions are safe.

The CMLHPB11-1RLS4R-38186-200-V is a single-pole, thermal-magnetic breaker that combines both thermal and magnetic sensing technologies to provide overcurrent protection. Magnetic sensing technology is used to protect devices from short-circuit and high inrush current situations. Thermal sensing technology is used to provide overcurrent protection when maximum applied current is exceeded.

The breaker has a trip curve of C, meaning it has a relatively fast response time to an overcurrent situation. The result is better protection for downstream equipment and reduced damage caused by short circuits or overloads. The CMLHPB11-1RLS4R-38186-200-V also boasts a tightened tolerance compared to other breakers, ensuring accuracy and improved reliability.

The CMLHPB11-1RLS4R-38186-200-V was designed for residential and light commercial applications such as lighting circuits, small motors, and heating, ventilation, and air conditioning systems. Its capabilities make it well suited for these applications, and its UL 489 and CSA testing assure it meets the highest standards for safety and quality.

The CMLHPB11-1RLS4R-38186-200-V is an invaluable tool for protecting electrical systems from failure caused by overcurrent, short circuits, and other dangerous scenarios. It offers improved safety, quality, and accuracy to ensure downstream devices are adequately protected.

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