Power Distribution Terminal Blocks

The modular distribution block is designed to efficiently distribute both unipolar and multipolar power lines, allowing for the combination of multiple inputs. It can be easily mounted on a Din rail or plate, offering the advantage of saving up to 50% of rail space compared to traditional copper bars.

One of the main advantages of this distribution block is its ability to significantly reduce assembly time, as it eliminates the need for fastening. This leads to an 80% reduction in assembly time compared to conventional methods.

Installation options include mounting on a Din rail or chassis using screws, providing flexibility in various installation scenarios.

Key features and benefits of the modular distribution block include:

Supplied with an insulated back plate and a transparent protective front cover, ensuring safety and protection for the connections.

Simple and quick operation, allowing for easy and efficient use.

Designed for professional power distribution, ensuring reliable and optimal performance.

Separate terminals for incoming and outgoing connections, enabling clear distinction of internal cables.

Waterproof IP20 rating with a removable transparent cover, providing protection and visibility.

Incorporates fences between terminals to prevent contact and short circuits.

Available in single or multiple pole configurations, offering the most compact footprint for building smaller or higher density panels.

Utilizes a brass bus bar with excellent electrical conductivity for efficient power transmission.

Facilitates easy connections, saving installation space and improving efficiency.

Utilizes screw connections for secure and reliable electrical connections.

In summary, the modular distribution block offers a versatile solution for efficient power distribution, combining unipolar and multipolar lines. It provides space-saving benefits, reduces assembly time, and ensures reliable performance. With its user-friendly design and various features, it simplifies installation and enhances overall efficiency in power distribution applications.