High conductivity bunched, tinned ﬂexible copper conductors, insulated with a low smoke, non-toxic, halogen-free, ﬂame-retardant cross-linked polyoleﬁn. The ﬁre retarding process greatly enhances the tensile strength, abrasion resistance, heat resistance and shrink back qualities of the insulation, while retaining its excellent ultraviolet, oil and water resistance. The principal advantage is that the insulation does not soften and deform at high temperatures, permitting short term overloading and fault currents without the conductor burning through the insulation and damaging any adjacent wiring.
For the wiring of all types of high temperature and high performance control panels, locomotive and rolling stock control panels, signalling relay racks, elevator control panels, electrical motor winding lead out connections, etc. This product is used where above normal performance is required for ﬁre prevention and where safety and reliability are of major concern. As this product has enhanced qualities and performance, it is used by public transport services.
Annealed flexible copper conductors insulated with EPR rubber and sheathed with polychlorophene. The cores are colour coded according to International harmonized codes.
Used to supply power to mobile or portable machinery. Due to multi stranding and lack of armour the cable is flexible. The insulation and the outersheath are rubber this ensures the cables flexibility and makes it water, oil, petrochemical and abrasion resistant.
Flexible tin plated copper class 5 CEI EN 60228, LSOH Rubber compound type G21, LSOH Rubber Compound type M21. Single core cables, for photovoltaic and solar system use, elastomeric compound insulated and sheathed. Flame retardant, halogen free, and a low smoke flexible cables for fixed laying, lifetime testing 20.000h/120°C.
Cable suitable for the interconnection of the various elements of photovoltaic systems. Suitable for fixed installation outside and inside without protection or inside pipes, ducts or similar closed systems. High resistance against ozone, U.V. rays, oils, moisture and weather inclemencies. Suitable for use at an ambient temperature up to 90°C (120° overload). The estimated lifetime of these cables is at least 25 years.