Cable tray with integrated connector, non-perforated NKZIN 50X62X0.70 S (2/16/968 m) NKZIN 50X62X0.70_S

Integrated cable tray – a solid solution for cable routes

This cable tray with dimensions 50x62 mm and a thickness of 0.7 mm, made of steel, is a reliable element of cable routing systems. Its integrated connector design simplifies quick and secure installation, eliminating the need for additional connecting elements. Made of steel sheet subjected to sendzimir treatment and galvanized coating, it provides durable protection against corrosion and mechanical damage.

The tray is designed for routing electrical installations in public buildings, industrial facilities, and home installations. Its non-perforated design provides an aesthetic appearance and minimizes the risk of damage to cables. The useful cross-section of 3100 mm² allows for the free routing of a larger number of cables.

Installation and application

NKZIN cable trays are characterized by easy installation thanks to integrated connectors. Spring clamps KSV or NSM 6x10 screws can be used for connections, ensuring the stability and safety of the installation. For systems requiring functionality in fire conditions, it is recommended to use NSM 6x10 screws – detailed information can be found in the fire-resistant systems catalog.

These trays are ideal for:

• Routing electrical installations in dry and humid environments
• Building branched cable routes
• Installations in industrial, commercial and residential buildings
• Applications requiring high mechanical and corrosion resistance

Durability and safety

The steel construction with a thickness of 0.7 mm guarantees the durability of the tray under mechanical loads. The galvanized coating protects against corrosion, extending the product's life even in harsh operating conditions. The tray complies with ČSN EN 61537 and fire standards ČSN 73 0895, DIN 4102-12 and STN 92 0205 (depending on the version), confirming its safety of use. Additionally, it has P90-R, E90 and PS90 properties, ensuring functionality during a fire.