JAE-2-31438-1 Circuit Protection

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The JAE-2-31438-1 Circuit Breaker is a reliable means of providing overload and short-circuit protection and interrupting an electric circuit to prevent further damage. The device’s rugged construction, oversized contacts, and advanced features make it suitable for use in a variety of applications. This article will explore the various applications and the working principle behind the JAE-2-31438-1 Circuit Breaker.

The JAE-2-31438-1 is most commonly used in industrial applications for power distribution, motor control, and circuit protection. It is designed to be integrated directly into a panel or control station, making it well-suited for industrial applications that require quick response in the event of an overload or short-circuit. The circuit breaker is also capable of interrupting currents up to 1500A for 240V AC, providing effective protection for a variety of applications.

In addition to its industrial applications, the JAE-2-31438-1 circuit breaker is also suitable for use in residential and commercial settings. It is rated for 120/240V AC and can be used to provide the necessary circuit protection for appliances, lighting, and other electrical equipment. It is also used in solar and photovoltaic systems in residential and commercial settings, providing reliable overload protection for these systems.

The JAE-2-31438-1 Circuit Breaker also has a variety of features designed to improve its performance and reliability. The current ratings are selectable via removable links, and the trip settings can be adjusted with an external knob. The breaker also features a long-life contact system, a durable enclosure, and a visual indication of the tripped state. All of these features ensure that the JAE-2-31438-1 Circuit Breaker will perform reliably and effectively in any application.

Understanding the working principle of the JAE-2-31438-1 Circuit Breaker is important in order to ensure successful installation and operation. The device consists of a heat-sensitive bimetal strip and an overcurrent selector. The overcurrent selector is set to the desired current rating and, if the current rating is exceeded, an electric arc is produced. This causes the bimetal strip to bend, which in turn triggers the breaker’s trip mechanism and trips the breaker. Once the current is no longer exceeding the overcurrent selector’s setting, the bimetal strip will reset and the breaker will be restored to its initial state.

In conclusion, the JAE-2-31438-1 Circuit Breaker is a reliable and versatile device that is suitable for use in a variety of applications. It is designed specifically to provide protection against overloads and short-circuits, and its adjustable trip settings and selectable current ratings make it suitable for almost any application. Understanding the working principle behind how the JAE-2-31438-1 Circuit Breaker functions is essential for successful installation and operation.

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