90° horizontal bend KLOBH 60X600 F KLOBH 60X600_F

Horizontal bend for cable ladders – solid and precise connections

This 90° horizontal bend is designed to create branches in cable ladder systems. Made of steel, it provides durable and safe cable routing. It is ideal for both professional installers and end-users who need a reliable solution for cable organization.

Design and application

This bend is dedicated to cable ladders with a width of 600 mm and a height of 60 mm. Its design based on a non-perforated profile, combined with open sides, ensures easy access to cables and optimal ventilation. Made of high-quality steel, it guarantees strength and resistance to mechanical loads. The model without a connector requires additional ordering of S 60X200 connectors and NSM 6X10 screws (4 connectors and 16 screws) for proper connection with the remaining system elements.

Advantages and benefits

• Durability and reliability: Steel construction ensures long-term operation even in demanding conditions.
• Precise cable routing: The 90° angle allows for creating aesthetic and functional branches in the cabling system.
• Easy installation: The bend design facilitates integration with existing cabling infrastructure.
• Versatility: Suitable for various types of cable ladders with appropriate dimensions.
• Optimal ventilation: The open side construction promotes heat dissipation generated by the cables, which affects their lifespan.
• Width adapted to standards: A width of 600 mm is commonly used in cable systems, ensuring compatibility with other infrastructure elements.

Specification

The inner radius of the bend is 6020 mm, ensuring smooth cable transition without excessive stress. The lack of side perforation increases the mechanical integrity of the element and facilitates the installation of additional accessories. The material is steel, and the rung type is a non-perforated profile – this solution minimizes the risk of damaging cable insulation during installation. Changing the direction to horizontal allows for flexible adaptation to the specifics of the installation project.