90° bend O90X35X200 F O 90X35X200_F

Cable bend 90° – a solid connection for your installation

This 90° bend is a reliable element of the cable tray system, designed to effectively change the direction of cable routing. Made of steel, it provides durability and resistance to mechanical damage. It is an integral connector, meaning it is designed for direct connection to other KOPOS system elements.

Design and application

This bend is intended for cable trays with a width of 200 mm and a height of 35 mm. Its rigid construction guarantees stability and shape retention even under heavy load. Changing the direction to horizontal allows for flexible adaptation of the installation to the specifics of the room. The lack of mounting perforation in the lower part facilitates installation and minimizes the risk of damage to cables. Made of durable steel, this bend provides a solid foundation for safe and organized cable routing.

Advantages and product features

• Durability: Made of high-quality steel, resistant to corrosion and mechanical damage.
• Versatility: Designed for cable trays with a width of 200 mm and a height of 35 mm, ensuring compatibility with a wide range of installations.
• Stability: Rigid construction guarantees shape retention and connection stability.
• Easy installation: Lack of perforations in the lower part facilitates installation and minimizes the risk of damage to cables.
• Compliance with standards: Meets the requirements of ČSN EN 61537:02, confirming its safety and reliability.
• Surface finish: Available in various surface finishes (S - pre-galvanized, F - hot-dip galvanized), allowing adaptation to environmental conditions. Version F is characterized by a thicker zinc layer (min. 35 μm), providing better protection against corrosion in harsh conditions.
• Material thickness: Material thickness of 1 mm provides adequate mechanical strength while maintaining the optimal weight of the element.

Additional information: These bends can also be ordered in a painted version for increased corrosion resistance and installation aesthetics.