JTEP-4-1REC4-31218-2

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Circuit breakers are essential safety and protective devices used in industrial and commercial environments and, more recently, in personal homes. They are used to control, limit, and, in some cases, to protect electrical equipment and systems from damage due to overloads and short circuits. The JTEP-4-1REC4-31218-2 circuit breaker is designed to provide maximum protection to low voltage applications.The JTEP-4-1REC4-31218-2 circuit breaker is an advanced thermal-magnetic circuit breaker specifically designed for use in low voltage applications such as elevator drives, process control systems, lighting systems, and other circuits where over current protection is required. The circuit breaker is designed to be used with symmetrical or asymmetrical devices and uses both thermal and magnetic protection elements.The thermal-magnetic protection element used in the JTEP-4-1REC4-31218-2 circuit breaker works by sensing the heat generated by an overload or short circuit condition. As the current exceeds the breaker\'s rated capacity, the temperature of the element increases. When the element reaches its temperature setting, it trips the breaker and releases the current. The magnetic element operates the same way, but is triggered by an excessive or unbalanced current.The JTEP-4-1REC4-31218-2 circuit breaker is designed with a pushing handle for easy installation and removal. The breaker has adjustable trip points, allowing the user to set the tripping point to the desired current level. The breaker also includes an over-pressure, thermal-magnetic protection feature to ensure that the breaker will trip if excessive current flows.The JTEP-4-1REC4-31218-2 circuit breaker has been designed to provide maximum safety and protection for low voltage applications. It is well suited for use in industrial and commercial environments, and provides protection from overloads and short circuits. The breaker\'s adjustable trip points allow the user to customize the breaker\'s protection level, while its thermal-magnetic design ensures that the breaker will quickly trip when an excessive current condition arises.

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