KI2130510000G

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Terminal Blocks - Headers, Plugs and Sockets are used in electronic devices to provide a reliable connection between electronic components. In this article, we will discuss the application field and working principle of KI2130510000G.

Application Field:The KI2130510000G is a Miniature Circuit Breaker with Push-in technology. It is designed for commercial and industrial applications. It can be used in panels, enclosures and machines where space is limited. It is suitable for break-out boards, terminal blocks, connectors, terminals and switches. It also features symmetrical design which allows both sides of the device to be connected with the same size of cables.

Working Principle:The KI2130510000G has a low breaking capacity of 2A, making it suitable for low temperature circuit protection. It features push-in technology, which allows for easy insertion and removal of cables, connectors, and wires. This terminal block also has a spring clamp system to securely hold cables in place, and it features a green/red LED indicator to show when the connection is made. When the device is connected and the current flow is interrupted, the internal breaker mechanism automatically trips and cuts off the power supply, providing protection against overloads. The terminal block also has a self-cleaning contact system which helps to keep the connections free of dirt and dust.

The KI2130510000G is a reliable Miniature Circuit Breaker with Push-in technology, making it suitable for a variety of commercial and industrial applications where space is at a premium. Its low breaking capacity makes it perfect for low temperature circuit applications, while its push-in technology makes installation and removal of cables, connectors, and wires a breeze. The device also features a self-cleaning contact system to keep connections free of dirt and dust, as well as a green/red LED indicator to show when the connection is made. Finally, the internal breaker mechanism automatically trips in the event of an overload, providing effective circuit protection.

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