60-SPS-030-5-2

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60-SPS-030-5-2 is a type of power entry connector, inlet, outlet or module that is most commonly used in circuit board power supply applications both in residential and commercial settings. It consists of two main components: a male inlet that fits into a female outlet of the power supply board, and a terminal block which is connected to the power source.

The main purpose of the 60-SPS-030-5-2 is to provide a reliable power connection between the power supply and circuit boards. This power entry module also offers a convenient way for users to access the board and their components, as it is designed with a built-in mating connector. This can be used to make adding and or removing components easier than ever. Additionally, this power connector is designed in such a way as to ensure it will not easily come loose or short out.

The 60-SPS-030-5-2 also offers a great level of protection for both users and components. It features an integrated shockproof design that helps to reduce the risk of electric shock. It also comes with a reliable over-current protection feature that will automatically shut down the power supply in the event of an overload. This improves safety and helps to extend the life of the device and its components.

In terms of its working principle, the 60-SPS-030-5-2 is essentially a direct electrical connection that joins the power supply and the circuit board. This connection is established when the power switch is flicked on. Current then flows from the power source, through the terminal block, and into the board. When the power switch is turned off, the flow of electricity is broken, and the power supply is disconnected from the circuit board.

The 60-SPS-030-5-2 is an ideal solution for both commercial and residential applications where a reliable power connection is needed. It is often used to join two power supplies in order to increase the efficiency of a device, or to install components in the circuit board without having to perform a more complicated installation process. Furthermore, it’s shockproof design offered an additional layer of protection for both users and their components.

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