CELHPK11-1REC4-32595-175-V

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The CELHPK11-1REC4-32595-175-V is a circuit breaker, a device that immediately interrupts an existing electrical circuit in order to protect it from damage caused by overloads or short circuits. This particular model is designed to be used in higher voltage applications, and it has a maximum voltage of 1,525 VAC.

Circuit breakers are a critical component in any electrical system, as they are designed to protect people and equipment from the danger of electric shock or electrocution. Circuit breakers are typically used in a wide variety of applications including residential, commercial, and industrial settings. These devices are also used in many types of machinery to protect against the risk of electric shock or injury in the event of a power surge or overload.

The CELHPK11-1REC4-32595-175-V circuit breaker has several features that make it an ideal choice for higher voltage applications. It has an interrupt capacity of 17.5kAIC, which is one of the highest in the industry. It also has an integrated remote trip feature, which allows the unit to be remotely tripped by a sensors or switches. In addition, the unit is also UL listed, ensuring that it meets all relevant safety standards.

The working principle of a circuit breaker is relatively simple. In basic terms, a circuit breaker contains an electromagnet that is connected to an operator or lever system. The electromagnet is triggered when an electrical current reaches a certain threshold, and it causes the lever to move, which in turn disconnects the circuit. This prevents the existing electrical current from exceeding the safe limits and protects people and equipment from potential damage.

The primary benefits of the CELHPK11-1REC4-32595-175-V circuit breaker are its high interrupt capacity, its integrated remote trip feature, and its UL listing. These features make it an ideal choice for circuit protection in higher voltage applications. Its robust design ensures that it can handle the higher current conditions associated with high voltage applications, while still providing the safety advantages of using a circuit breaker.

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