90° descending elbow KO 90X85X300 F KO 90X85X300_F

90° Drop Elbow – a solid solution for cable installations

This 90° drop elbow is a key element of cable tray systems, designed for efficient and safe cable routing vertically. It allows changing the direction of the cable route by 90 degrees, which is particularly useful in complex installations. Made of steel with a galvanized zinc surface treatment, it ensures durability and corrosion resistance.

Design and application

This elbow is designed to work with cable trays 300 mm wide and 85 mm high. Its construction, based on an integrated connector, guarantees stability and ease of assembly. The internal radius of the elbow is 100 mm, which minimizes stress on the cables when changing direction. It is an ideal solution for both installers and end-users looking for a reliable and durable element of the cabling system.

Using drop elbows allows for optimal use of space and aesthetic cable routing, which is important in both commercial and industrial buildings. This makes it possible to create organized and easy-to-maintain electrical installations.

Advantages and product features

• Durable construction: Made of high-quality 1 mm thick steel, providing high mechanical strength.
• Corrosion resistance: Galvanized zinc coating protects against weathering and corrosion, ensuring long-term operation.
• Fire safety: Meets the requirements of E30 and E90 fire resistance systems – important in public and industrial facilities.
• Easy installation: Integrated connector facilitates quick and secure installation without the need for additional tools.
• Compatibility: Designed for cable trays 300 mm wide and 85 mm high – ensures versatility of application.
• Solid construction: Lack of side and bottom perforation increases the structural integrity of the elbow.
• Compliance with standards: Meets the requirements of ČSN EN 61537:02, guaranteeing the safety and reliability of the installation.
• Material: Steel – a commonly used material in electrical installations due to its strength and mechanical properties.