3-1393231-5

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Part Status:	Active

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Power Relays, Over 2 Amps

Power relays are devices which serve as the motors of electricity, facilitating the flow of current from one circuit to another through the process of electrical switching. The relays have three main parts: an electromagnet, a contact device and an insulation cover. When a voltage is applied, the electromagnet creates a conductive path between the two contacts and the current is diverted to a secondary circuit.The 3-1393231-5 power relay is a more sophisticated variant that carries the capabilities of a standard relay but adds more control over the switching. The relay has an enclosure containing a contact device and an electromagnet, with a protective cover built in. The contact is equipped with two poles which allow for the current to pass when the electromagnet is energized. It also features a control circuit input, which allows for more precise control in the on and off stages of the power management process.In terms of applications, the 3-1393231-5 power relay is designed for use in circuit switching applications in industries such as motorsports, control systems, and consumer electronics. It is also capable of handling more than 2 amps of current, making it suitable for use in systems which require more power to perform effectively.The working principle of the 3-1393231-5 power relay is based on the principle of electromotive force (EMF) being generated when the relay is energized. When the contact is closed, the coil of the electromagnet is activated by the current, and a magnetic field is created which attracts the contact and creates an electrical connection. When the current reaches the second contact, the flow of electricity is diverted to the secondary circuit. When the voltage is removed, the contact is released due to the absence of magnetic force and the connection is broken.The 3-1393231-5 is an ideal choice for those looking to handle high-powered electrical switching applications. Its ability to handle more than 2 amps of current allows for more reliable performance and precise control, reducing the risk of overloading and fire. Furthermore, it is also relatively easy to install and maintain, which makes it a popular option for industrial applications.

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