ATDFL4R

Terminal Blocks such as Din Rail, Channel, are an essential part of every electrical engineering project. The term ATDFL4R stands for Advanced Termination Design for Connectors + Relays and Fuses. This design can be used on either screw or spring clamp terminals blocks.

ATDFL4R Application Field

ATDFL4R application fields include control circuits, power supplies, and signal lines. It is especially suited for applications requiring a high degree of flexibility and convenience. It offers a wide range of applications due to its multiple configurations. ATDFL4R is suitable for single or multiple screw terminal blocks, spring clamp rail terminals, and optional blade contact terminal blocks.

ATDFL4R Working Principle and Features

The working principle of ATDFL4R is based on the process of stripping wires and the connection of a single wire to a terminal block. It offers both safety and reliability through its features. Safety features include a low voltage indicator, anti-short circuit design, and illumination-proof component selection. Reliability is ensured with its vibration-resistant, environmental friendly design and a combination of solid, reliable components with a proven design. ATDFL4R also features easy wiring and an easy contact conversion feature.

The contact conversion feature allows the user to quickly switch between two different wiring configurations. This allows for faster installation and maintenance and a greater flexibility for design projects. ATDFL4R also allows for a low voltage signal transmission for applications requiring extremely small currents.

Conclusion

Types of terminal blocks such as Din Rail and Channel are essential components of any electrical engineering project. ATDFL4R provides a reliable, secure, and flexible series of terminal blocks, designed to meet modern safety standards and convenience. With an easy contact conversion feature, low voltage signal transmission, vibration-resistant and environmental friendly design, ATDFL4R is an ideal choice for any electrical engineering project.