FTG18M16 0.6/1kV flexible cable is a reliable solution for energy transport in contexts where fire resistance and safety are essential. Its halogen-free LS0H sheathing and Class 5 copper conductor ensure high performance even in critical conditions, with the following characteristics:
Section: 1x4 sq mm
Conductor diameter: 0.31mm
Insulation thickness: 1mm
Sheath thickness: 1.4mm
Outer diameter: 10.3mm
Rated voltage: 0.6/1kV
Sheath LS0H M16: Low Smoke Zero Halogen
The selling price is intended per meter.
(modificale nel modulo Rassicurazioni cliente)
(modificale nel modulo Rassicurazioni cliente)
(modificale nel modulo Rassicurazioni cliente)
FTG18M16 cable is specifically designed to ensure electrical continuity even in case of fire, thanks to its G18 rubber compound insulation and helically wound glass/mica ribbon. This makes it particularly suitable for critical installations such as emergency lighting, alarms, elevators, tunnels, subways, stations and fire detection devices.
FTG18M16 is suitable for fixed installations, indoors or outdoors, even in wet environments. It can be laid in masonry, walkways, piping, ductwork, underground (without additional protection) and in metal structures. Ideal for applications where fire safety is binding.
Conductor: flexible annealed red copper cord, class 5, for high flexibility
Insulation: G18 rubber compound with non-hygroscopic filler for mechanical stability
Outer sheath: LS0H M16 compound, halogen-free, low smoke development and UV resistant
| Fire Resistance. | 120min at 820°C (PH120-F120) |
| Maximum operating temperature | +90°C |
| Min operating temperature | -15°C |
| Min laying temperature | -5°C |
| Max short circuit temperature | 250°C |
| Max tensile stress | 50N/mm² |
| Minimum bending radius | 14× outer diameter |
| Conductor diameter | Max wire Ø 0.31mm |
| Insulation thickness | 1mm |
| Sheath thickness | 1.4mm |
| Outer diameter | 10.3mm |
| Sheath color | Blue |
| Sheath | LS0H - Low Smoke Zero Halogen |
| Rated voltage | 0.6/1kV |
| Electrical resistance | 4.95Ω/km |
| Reference standard | CEI-20-67, HD-308 |
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