Symmetrical reduction cover PRKSP400/300 104640

Symmetrical Reducing Cover – Robust Protection for Cable Systems

The reducing cover PRKSP400/300 is a component of cable tray systems, designed to protect cables against mechanical damage and environmental influences. Manufactured from steel with fire-proof galvanizing, it provides durable protection under demanding conditions. Its primary function is to adapt the width of the cable tray, enabling a transition from 400 mm to 300 mm.

This cover not only protects cables from dust and mechanical damage but also fulfills the E-90 fire resistance rating, ensuring at least 90 minutes of operational integrity for critical equipment in the event of a fire. This is essential for fire alarm systems, emergency signaling, and evacuation lighting. A plate thickness of 1.5 mm guarantees strength and resistance to mechanical loads.

Design and Installation:

• The cover is designed for quick and easy installation.
• It is recommended to use additional fasteners to enhance stability and connection safety.
• Available in various materials (Sendzimir-zinc-coated steel per PN-EN 10346:2015-09, hot-dip galvanized steel per PN-EN ISO 1461:2023-02, or stainless steel) and powder-coated in standard RAL colors (on request), allowing customization to meet specific project requirements.

Applications and Benefits:

• Cable Protection: Shields cables from mechanical damage, moisture, and UV radiation.
• Fire Safety: Compliance with E-90 ensures continuous operation of critical systems during a fire.
• Durability: Fire-proof galvanizing ensures high corrosion resistance and long service life.
• Flexibility: Material and finish can be tailored to meet specific installation requirements.
• Versatility: Suitable for use in various electrical and telecommunications installations.

The reducing cover PRKSP400/300 is a reliable solution for professionals and investors who value safety, durability, and functionality in cable systems. It provides effective cable protection and contributes to enhanced overall building safety.