Flame-retardant control cable YnKSLY-Nr 0.6/1 kV 20x0.75 black 0813 059 05

Flame-retardant control cable – reliability and installation safety

This control cable, with a cross-section of 0.75 mm² and 20 cores, is designed for demanding industrial applications and electrical installations. Its flame-retardant construction ensures a high level of safety by minimizing the risk of fire spread in case of failure. Ideal for professional installers and end-users seeking a reliable solution for control systems, security, and power applications.

Construction and application

The YnKSLY-Nr 0.6/1 kV cable is intended for use in power control, protection, and signaling systems. It performs reliably in industrial installations—production lines, HVAC systems, and other applications. Constructed with flexible, multi-wire copper conductors (galvanized upon request), Class 5 according to PN-EN 60228, it ensures easy installation and adaptability to specific wiring requirements. Core insulation is made of black insulating PVC with white printed core numbers for easy identification. These cables are suitable for fixed installation as well as movable connections within buildings. The sheath exhibits good resistance to oil exposure.

Safety and compliance with standards

The key feature of this cable is its flame-retardant property. The sheath is made from a special self-extinguishing PVC compound with an elevated oxygen index, complying with PN-EN 60332-3 for non-propagation of flame along vertically installed cable bundles. This minimizes the risk of fire propagation in case of short circuits or other hazards. Additionally, special cable versions are available:

• TECHNOKONTROL YnKSLY-Nr-O: Designed for environments with frequent contact with petroleum-based materials (e.g., fuel stations).
• TECHNOKONTROL YnvKSLY-Nr: With reinforced sheath enabling outdoor installation and direct burial in soil.
• TECHNOKONTROL HKSLH-NR: Halogen-free cables providing enhanced fire safety through low smoke emission and absence of corrosive gases during combustion.