EDSTL130/23

Terminal Blocks - Headers, Plugs and Sockets

EDSTL130/23 is a line of terminal blocks designed specifically for electrical wiring and connection in constructions with limited space inside the cabinet – such as small appliances, computers and other electronic devices. These terminal blocks have a wide range of applications, from switching accessories, to lamps and various other electrical mechanisms, making them extremely versatile.

Application Field of EDSTL130/23 Terminal Block.

The EDSTL130/23 terminal block can be used in an extremely wide range of applications, from networks, electronic control panels, test and measurement, automotive systems, medical devices, industrial electronics, power circuits, alternative energy sources, rail transportation and more. It is ideal for various compact systems and devices due to its high degree of flexibility. It can be used in applications where saving space is critical or high reliability is required, such as railway systems or medical devices.

Working Principle of EDSTL130/23 Terminal Block.

The EDSTL130/23 terminal block consists of two connection points, a base which provides the physical interface and a proper connector. The terminal block establishes a reliable, electric and mechanical connection between the two connection points. This ensures a safe current flow. The block has been designed with a pressure clamping mechanism which tightens as the current passes through, thus providing a powerful thermal protection and a secure connection. The base housing is also provided with connection points for various communication signals, such as RS485, Ethernet, and CAN.

The EDSTL130/23 terminal block is equipped with an ergonomic lever which ensures an easy and secure connection. The electrical contacts feature a resilient design which ensures that contacts remain closed and protected from any mechanical input, such as vibration or shocks. Moreover, the block features a silicone sheet which acts as a dust and water shield, further protecting the connections.