90° falling arc cover VKO 90X85X500 F VKO 90X85X500_F

Falling arc cover – solid protection for cable installations.

The falling arc cover with a 90° angle is an element of the cable tray system, designed for safe routing and protection of cables. Made of steel, it provides durability and resistance to mechanical damage. It is ideal for use in electrical, telecommunications and other installations where an aesthetic and functional solution is required.

The cover is mounted using special cover holders VU (4 pieces are required for full mounting). The clip-on mounting method guarantees quick and easy assembly and disassembly if necessary. The cover design allows for vertical falling routing of the trays, which allows for optimal use of space and flexible adaptation to installation conditions.

Characteristic features and benefits

• Durable construction: Made of high-quality steel, hot-dip galvanized, which ensures corrosion resistance and long-term protection against external factors.
• Universality: Designed for use with cable trays and cable ladders with a width of 500 mm and a height of 85 mm.
• Safety: Provides effective protection of cables against mechanical damage and weather conditions.
• Easy installation: The clip-on mounting system using VU holders enables quick and trouble-free installation.
• Temperature resistance: Designed to operate in a wide temperature range from -50°C to +150°C.
• Compliance with standards: Meets the requirements of the ČSN EN 61537 standard, which confirms its high quality and safety of use.
• Precise dimensions: Dimensions A (503 mm), B (703 mm) and H (90 mm) ensure a perfect fit for standard cable tray systems.

The cover has a sheet thickness of 1 mm, and the connections are made using NSM 6X10 screws (20 pieces required). The beveling of the outer right angles of the sides facilitates installation and ensures an aesthetic appearance of the installation. The product is delivered with safety standards in mind, making it a reliable element of every professional electrical installation.