Distribution block - tap-off SCB 35-2 Al/Cu 80220 SIMBLOCK brown 81506015

The SCB 35-2 SIMBLOCK distribution block is a reliable solution for safe and efficient distribution of electrical circuits. Designed for both industrial installations, commercial buildings, and modern low-voltage switchboards, it provides optimal connection of aluminum (Al) and copper (Cu) wires. The block's construction allows operation at a rated voltage of up to 1000 V AC/DC.

This single-pole branch block stands out for its high functionality and durability. The two-point wire clamping system using screws guarantees a stable electrical connection and even pressure on the conductor, minimizing the risk of loosening connections during operation. It supports a wide range of wire cross-sections – from 2.5 mm² to 35 mm² for aluminum and copper wires, and from 1.5 mm² to 25 mm² for wires with ferrules.

Compact dimensions – only about 49.9 mm wide when mounted on a DIN TS 35 rail – allow for saving space inside the switchboard and easy wire routing. High current parameters (up to 428 A for Cu and 125 A for Al) make it an ideal choice for circuits with high loads. Made of durable insulating material with a cover for live parts, the SCB 35-2 block ensures safe use and compliance with applicable standards.

• Versatility: Ability to connect aluminum and copper wires in one block.
• Safety: Two-point wire clamping system eliminates the risk of loosening connections.
• Compactness: Space saving in the switchboard thanks to its small dimensions.
• Efficiency: Adapted to work with high rated currents.
• Durability: Made of high-quality materials resistant to mechanical damage and environmental conditions.
• Easy installation: Quick and convenient mounting on a standard DIN TS 35 rail.

The SCB 35-2 SIMBLOCK is an investment in a reliable and safe electrical installation that will meet the expectations of even the most demanding users. Its solid construction and functionality make it a product valued by installers and end-users looking for proven solutions in the field of electrical energy distribution.