Symmetrical ladder reducer RDSC300/200H80 N 497430

Symmetrical Ladder Reducer – Efficient Transition Between Sections

The ladder reducer RDSC300/200H80 N is a component of cable tray systems designed to change the width of the cable ladder. It enables a smooth transition from a wider section (300 mm) to a narrower one (200 mm), ensuring continuity and optimal cable routing. The symmetrical design makes it universal and suitable for various installation configurations.

Manufactured from steel with a hot-dip galvanized surface protection, it guarantees corrosion resistance and durability even under harsh environmental conditions. A sheet thickness of 2.0 mm ensures adequate mechanical strength and structural stability.

Installation and Application – For Installer and User

The ladder reducer is intended for use in electrical, telecommunications, and other systems requiring organized and safe cable routing. It is especially useful when altering cable routes or adapting installations to specific spatial constraints.

Proper installation of the reducer requires LDCH… connectors and SGKM8x14 or SGM8x14 screws (4 connectors and 16 sets of screws per unit). Note that for non-standard orders, exact dimensions a and b must be specified.

Key Features and Benefits

• Durable Construction: Made from steel with hot-dip galvanization, providing long-term protection against corrosion and mechanical damage.
• Versatility: Symmetrical design allows flexible application in various installation configurations.
• Easy Installation: Compatibility with dedicated connectors and screws simplifies and accelerates the installation process.
• Optimized Cable Layout: Enables smooth transition between different cable ladder widths, ensuring efficient space utilization.
• Customization Options: Available in alternative materials (Sendzimir-zinc-coated steel, hot-dip galvanized steel, or stainless steel) and paintable in standard RAL colors to meet specific project requirements.
• Safety: Ensures secure cable routing, minimizing the risk of damage and signal interference.