Ladder bend 90° LDC300H50 N 456930

Cable ladder elbow – change of route direction

This cable ladder elbow with adjustable angle, made of steel, is used to change the direction of the cable route. It is a key element of cable management systems, providing flexibility and the ability to adapt the installation to specific conditions. Sheet thickness of 2.0 mm guarantees the strength and stability of the structure, which is important for both installers and end users.

Construction and assembly

This elbow has side and bottom perforation, which facilitates the mounting of accessories such as connectors and cable holders. Correct assembly requires LDCH… connectors and SGKM8x14 or SGM8x14 screws (4 sets per elbow). It is important to select appropriate rungs and cable holders, taking into account the ladder symbol when placing an order. Type A rungs (DK…) with UKZ… holders and type B rungs (DU…) with UK… holders are available.

Manufactured from high-quality steel galvanized according to PN-EN 10346:2015-09 ensures corrosion resistance. On request, it can be made of other materials: hot-dip galvanized steel PN-EN ISO 1461:2023-02, stainless steel or with powder coating in a standard RAL palette.

Advantages and application

• Versatility: Adjustable angle allows adaptation to different installation configurations.
• Strength: Sheet thickness of 2.0 mm ensures stability and load-bearing capacity of the structure.
• Easy assembly: Side and bottom perforation facilitates mounting of accessories.
• Corrosion resistance: Galvanized steel protects against environmental influences.
• Customization: Possibility of execution from various materials and in different colors (on request).
• Compatibility: Can be combined with other elements of the BAKS cable ladder system.

This elbow is used in electrical, telecommunications installations and in industrial automation systems wherever a change in the direction of cable routes is required. The internal radius of the elbow is 420 mm, and the tray height is 50 mm with a width of 300 mm. Surface protection by electro-galvanizing and coating further increases its durability and resistance to external conditions.