Cable tray KOP100H50/3 N 151810

Cable tray for effective installation routing

The KOP100H50/3N tray is a solid element of cable routing systems, designed for safe and organized routing of electrical cables. Made of steel with a thickness of 1.5 mm, it provides strength and durability, and hot-dip galvanizing guarantees corrosion resistance, even in harsh environmental conditions. A length of 3 running meters makes it easy to adapt to specific installation needs.

Construction and application

The tray is characterized by side and mounting perforation in the lower part, which allows for easy mounting of accessories and cable fixing. The lack of built-in connectors means that dedicated connectors must be used – which ensures secure and stable connections between individual sections of the tray. The useful cross-section of 4800 mm² allows for the free routing of a larger number of cables. It is ideal for both industrial and commercial installations, as well as in residential buildings.

Why choose the KOP100H50/3N tray?

• Durable construction: 1.5 mm thick steel provides resistance to mechanical damage and loads.
• Corrosion resistance: Hot-dip galvanizing protects against the effects of moisture and other atmospheric factors, extending the life of the tray.
• Easy installation: Side and mounting perforation facilitate the attachment of accessories and cables.
• Versatility: Suitable for various types of electrical installations – from industrial to home.
• Safety: Provides organized cable routing, minimizing the risk of short circuits and damage.
• Adaptation to needs: A length of 3 running meters allows for flexible adaptation to specific installation conditions.

Additional information regarding the material (zinc-coated steel according to PN-EN 10346:2015-09 or optionally zinc-coated steel according to PN-EN ISO 1461:2023-02) and the possibility of painting in a standard RAL palette allow for adaptation of the tray to specific project requirements. Remember to use SGKM6x12 or SGM6x12 screws for mounting and to maintain consistency in the height of system elements when using substitutes.