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Construction Details -Conductor : Soft annealed tinned copper per ASTM B 33 flexible stranding -Insulation : Exphol chemically cross-linked polyolefin 'XLPO' according to IEEE 45-1998/1580-2001 Type 'P'/ UL 1309 'X110P' -Jacket: Heavy duty thermosetting Neoprene Type N according to IEEE 45-1998/1580-2001, UL 1309 (except SP,SPB,SPBS) -Armour(optional) : Basket wave wire armour according to IEEE 45-1998/1580-2001, UL 1309, bronze, aluminum or tinned copper -Sheath(optional) : Same as jacket
Applicable Standards -Design guideline : IEEE 45-1998,IEEE 1580-2001&UL 1309 -Material Properties : IEEE 45/1580, UL 1309(Insulation, type P/X110p & Sheath, type N) -Flame retardant : IEEE 1202, IEC 60332-3, Cat.A -Fire resistant / IEC 60331 (FS- type) -Cold properties : CSA C22.2 No. 03 : Cold bend -40℃, Cold impact -35℃
Minimum bending radius -IEEE 45 : Unarmoured->6xO.D. & Armoured 8xO.D.
Identification of color-Insulation 1C : Black-Outer sheath : BlackNote) Any other colors purchaser required
AmpacitiesAmpacities are based on API RP 14F (June 1999) Table 1 or 2for 110 /100 conductor temperature and ABS Rule(2000)item 4.8.3 Table 6 for 95 conductor temperature.Ampacities are also based on a 45 ambient temperature.
Armor type codeU : UnarmorB : Bronze ArmorA : Aluminum ArmorT : Copper ArmorAS : AL Armor with sheathBS : BW Armor with sheathTS : Cu Armor with sheath