Symmetrical ladder reducer RDSC200/100H60 N 468020

Ladder Reducer – Symmetrical Transition Between Widths

This symmetrical ladder reducer, manufactured from steel and protected with a hot-dip galvanized coating, is designed to enable smooth connection between sections of different widths in cable tray systems. The use of this reducer allows flexible adaptation of the cable route to the specific requirements of the installation, minimizing spatial losses and ensuring optimal airflow. It is a critical component in the construction of safe and functional electrical installations.

The RDSC200/100H60 reducer enables a transition from 200 mm to 100 mm tray width, maintaining the integrity and stability of the entire structure. Manufactured from 2.0 mm thick steel, it guarantees high strength and resistance to mechanical loads. Hot-dip galvanization provides long-term corrosion protection, even under harsh environmental conditions.

• Material Versatility: Available in hot-dip galvanized steel (Sendzimir or immersion-coated) and stainless steel versions, allowing precise selection based on project requirements and operating conditions.
• Easy Installation: Proper mounting requires LDCH… connectors and SGKM8x14 or SGM8x14 screws, ensuring fast and secure assembly.
• Customization Options: Custom dimensions (dimensions a and b) available on request, enabling implementation of even the most demanding projects.
• Compatibility with Accessories: Designed for mounting cable supports UK/UKO… and UKP…, enhancing the overall functionality of the cable management system.
• Durability and Longevity: The 2.0 mm thick steel construction combined with the galvanized coating ensures long-term performance even under demanding conditions.

When planning installations, it is essential to account for the use of appropriate connectors and mounting screws. This ensures the reducer operates reliably over an extended period, guaranteeing safety and dependability of the entire electrical system. The choice of material (galvanized steel or stainless steel) should be based on the operating environment — stainless steel is the preferred option in aggressive environments.