CMLHPK11-1REC4-33767-200

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Circuit breakers are devices designed to protect electrical systems and components from damage caused by overloads and short circuits. CMLHPK11-1REC4-33767-200 is a circuit breaker designed for medium- and high-voltage applications. It is designed to safely disconnect circuits in the event of an abnormal or dangerous condition, while allowing normal operations to continue.

The CMLHPK11-1REC4-33767-200 circuit breaker is designed to be used in medium- and high-voltage applications. It is capable of safely interrupting the current in the event of an overcurrent, short circuit, line to ground fault, or other abnormal conditions. The breaker is typically used in systems where the circuit has to be interrupted quickly and efficiently for safety reasons.

The design of the CMLHPK11-1REC4-33767-200 circuit breaker is based on the mechanism of a thermal-magnetic trip. It is designed to be very reliable and efficient in interrupting abnormal current levels. Because of its efficient design, it is very reliable in protecting the system from overcurrents and short circuits.

In operation, the CMLHPK11-1REC4-33767-200 circuit breaker is designed to detect and interrupt an overcurrent, short circuit, line to ground fault, or other abnormal conditions. When an abnormal current level is detected, the breaker trips and quickly disconnects the circuit. The nominal tripping current of the breaker is adjustable between 0.15 and 0.3 times the rated current.

The CMLHPK11-1REC4-33767-200 circuit breaker is designed for use in medium- and high-voltage applications. It is commonly used in industrial applications such as motors, generators, power plants, and electric substations. It is also used in commercial and residential applications such as lighting, heating, and air conditioning systems.

The CMLHPK11-1REC4-33767-200 circuit breaker is a reliable and efficient device for protecting electrical systems and components from overcurrents and short circuits. It is designed to detect and interrupt abnormal current levels quickly and efficiently, thus protecting the system from potential damage. It is a reliable and safe choice for medium- and high-voltage applications.

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