Electric cable Nexans FR-N1X6G3 Protect

Nexans FR-N1X6G3 Protect Cca Class- 0,6/1kV low-fire hazard, fire retardant cables.

Nexans FR-N1X6G3 Protect cables are high quality electric cables primarily used in energy networks in hotels, schools, high constructions, hospitals, power plants, data processing centers, business centers where the risk due to fire is high (external influences BD2, BD3, BE2, BE3, CA2, CB2). They are suitable for various applications including power supply, lighting, power outlets and other electrical distribution needs.

This range complies with strict fire safety standards, regulations being Low Fire Hazard (Low Smoke Zero Halogen materials) which makes them suitable in buildings with a high concentration of people and/or the density of population or valuable property.

Nexans FR-N1X6G3 Protect cables can be installed in conduits, ducts, or directly in walls, floors, or ceilings (indoor applications).

Fire performance class as per Construction Products Regulation - Cca Class.
Complies with following:

Product standard: XP C32-325
French decree of 17 May 2024
NF C15-100

Specifikace

Construction:
1. Conductor: Copper
2. Insulation: XLPE
3. Filler: LFH (LSZH, Halogen free)
4. Outer sheath: LFH (LSZH, Halogen free)
The range includes products with following constructions :
- Circular solid conductor shape
  - Conductor flexibility : solid class 1
  - Number of cores: from 2 to 5 cores
  - Cross section: from 1.5 to 4 mm²
- Circular stranded conductor shape
  - Conductor flexibility : stranded class 2
  - Number of cores: from 2 to 5 cores
  - Cross section: from 6 to 16 mm²
Reminder of the definition of the external influences as listed in the standard IEC 60364-5-51
- BD2: Emergency evacuation conditions - Low density / Difficult exit
- BD3: Emergency evacuation conditions - High density / Easy exit
- BE2: Nature of materials used or stored - Fire risks
- BE3: Nature of materials used or stored - Explosion risks
- CA2: Building construction materials - Combustible
- CB2: Building construction materials - Propagation of fire