EDSTLZ955/6

Terminal blocks, also known as “terminal boards” or “terminal strips” are widely used in the electrical industry for wiring together electrical equipment and connecting electrical components. EDSTLZ955/6 is a type of terminal block specifically used in industrial and construction applications. It is designed for applications that require high power and are suitable for use in harsh environments.

Application Field

EDSTLZ955/6 is suitable for use as a control device in a wide range of industrial and construction applications. These include high voltage power supplies, industrial automation, railway, solar energy, and LED lighting. This terminal block is also used in large outdoor projects such as street lighting, stadiums, and airport facilities.

Working Principle

To use the EDSTLZ955/6 terminal block, a male and female terminal adapter must be connected to the block. The female adapter accepts wires and cable from the incoming power source, while the male adapter is used to connect with other devices. Once the terminal block is connected, it creates an electrical connection between two circuits. The connection is secured by using screws that secure the connected wires in place.

The EDSTLZ955/6 also has a built-in surge protection unit, which helps to reduce risks of electric shock from power surges. This unit is designed to detect voltage fluctuations and shut off the connection if it is determined to be too high.

The terminal block also offers a wide range of other features, such as a grounded surface providing strong connection stability, a dust cover to protect the surface of the block, and a grounding terminal to ensure secure electrical grounding. This helps to reduce risks of accidental electrical shocks. The block also boasts a high working temperature ranging from -40℃ to 125℃, making it ideal for use in extreme environments.

Conclusion

The EDSTLZ955/6 terminal block is a reliable and safe wiring solution for industrial and construction applications. It offers a secure electrical connection between two circuits and is designed to withstand harsh environments. It is also equipped with a number of additional features such as surge protection, a grounding terminal, and a dust cover, all of which help to provide protection and improve safety.