OFFSHORE CABLES GENERAL CATALOGUE. Offshore Cables. technergy INTEGRATED CABLING SOLUTIONS
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- Λύσανδρος Μεσσηνέζης
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1 OFFSHORE CABLES GENERAL CATALOGUE Offshore Cables technergy INTEGRATED CABLING SOLUTIONS TM 1
2 TEOF Offshore Cables
3 INTEGRATED CABLING SOLUTIONS TM technergy Introduction Every offshore platform requires an extensive and integrated power, instrumentation, control and communication system able to perform under the most demanding working conditions, whilst preserving both human safety and the environment. Prysmian Technergy TM Offshore, having provided cabling solutions for more than a hundred projects during the last 25 years in oil production locations throughout the world, is a tailored single stop shopping point that covers all Power and Communication network cabling needs for such harsh and critical environment. Prysmian Technergy TM Offshore cables are the result of close cooperation with the main international O&G Operators combined with the most advanced material and cabling technologies from Prysmian Laboratories. It is a harmonized cabling solution suitable to for any type of offshore application such as FPO, FPSO, Drilling Ship, Topside, FSU and also includes products for upstream, downstream and processing, land based power generation and marine uses. 1
4 Index TEOF Offshore Cables Cables according to > NEK 606 III ed. IEC (series) Technical information pag. 6 TEOF RU Low Voltage Unarmoured - Fire retardant pag. 10 TEOF RFOU Low Voltage Armoured - Fire retardant pag. 12 TEOF BU Low Voltage Unarmoured - Fire retardant - Fire resistant pag. 14 TEOF BFOU Low Voltage Armoured - Fire retardant - Fire resistant pag. 16 TEOF UX Unsheathed earthing conductor pag. 18 TEOF RFOU Medium Voltage Armoured pag. 20 TEOF F-RFOU VFD Armoured - Fire retardant pag. 22 TEOF RU(i) Instrumentation Unarmoured - Individually screened - Fire retardant pag. 24 TEOF RU(c) Instrumentation Unarmoured - Collectively screened - Fire retardant pag. 26 TEOF RFOU(i) Instrumentation Armoured - Individually screened - Fire retardant pag. 28 TEOF RFOU(c) Instrumentation Armoured - Collectively screened - Fire retardant pag. 30 TEOF BU(i) Instrumentation Unarmoured - Individually screened - Fire retardant - Fire resistant pag. 32 TEOF BU(c) Instrumentation Unarmoured - Collectively screened - Fire retardant - Fire resistant pag. 34 TEOF BFOU(i) Instrumentation Armoured - Individually screened - Fire retardant - Fire resistant pag. 36 TEOF BFOU(c) Instrumentation Armoured - Collectively screened - Fire retardant - Fire resistant pag. 38 2
5 INTEGRATED CABLING SOLUTIONS TM technergy Cables according to > BS and BS Technical information pag. 42 TEOF Low Voltage Unarmoured - Fire retardant pag. 46 TEOF G Low Voltage Armoured - Fire retardant pag. 48 TEOF FR Low Voltage Unarmoured - Fire retardant - Fire resistant pag. 50 TEOF G FR Low Voltage Armoured - Fire retardant - Fire resistant pag. 52 TEOF G Medium Voltage Armoured - Fire retardant pag. 54 TEOF TI Instrumentation Unarmoured - Individually screened - Fire retardant pag. 56 TEOF TO Instrumentation Unarmoured - Collectively screened - Fire retardant pag. 58 TEOF TIG Instrumentation Armoured - Individually screened - Fire retardant pag. 60 TEOF TOG Instrumentation Armoured - Collectively screened - Fire retardant pag. 62 TEOF TIG FR Instrumentation Armoured - Individually screened - Fire retardant - Fire resistant pag. 64 TEOF TOG FR Instrumentation Armoured - Collectively screened - Fire retardant - Fire resistant pag. 66 Cables according to > IEC (series) Ligh Duty Technical information pag. 70 TEOF LD RE4OAM1 Instrumentation Armoured - Fire retardant pag. 72 TEOF LD RE4XOHM1AM1 Instrumentation Armoured - Collectively screened - Fire retardant - Fire resistant pag. 74 > General information pag. 76 3
6 Symbols TEOF Offshore Cables Fire behaviour ACCORDING TO flame retardant IEC fire retardant IEC fire resistant Chemicals resistance Outer sheath resistance to chemicals Impacts Cable mechanical resistance to impacts Smoke density, corrosivity and toxicity low Low emission of smoke, acid and toxic gases IEC (smoke) IEC (acid and toxic gases) Temperature Permissible minimum temperature during laying Severe weather conditions Resistance to sun and rain Bending radii r Minimum bending radius for installed cables 4
7 INTEGRATED CABLING SOLUTIONS TM technergy Cables according to NEK 606 III ed IEC (series) 5
8 Technical information Cables according to TEOF Offshore Cables NEK 606 III ed > Standards and Tests Standard Designation title NEK 606 III ED.: 2004 IEC IEC IEC IEC IEC IEC IEC ( ) IEC IEC IEC /..2 IEC IEC /..2 IEC IEC /..2 Cables for offshore installations halogen free and/or mud resistant General construction and test requirements Insulating materials for shipboard power cables Choice and installation of electric cables Single and multicore cables with extruded solid insulation for rated voltages 0,6/1 and 1,8/3 kv Single and three-core power cables with extruded solid insulation for rated voltages 6 kv up to 30 kv Sheating materials for shipboard power cables 150/250 V cables for control and instrumentation circuits Conductors of insulated cables Fire resisting characteristics of electrical cables Test on a single vertical insulated wire or cable Test on bunched wires or cables Test on gases evolved during combustion of material from cable Common test methods for insulating and sheating materials of electric cables Measurements of smoke density of electric cable burning under defined conditions > Approvals DNV (pending) > Legend (according to NEK 606) Materials 1 st letter 2 nd letter 3 rd letter 4 th letter Insulation Bedding/Inner sheath Armour/Screen Outer sheath Fire resisting tape(s)+insulation (hal. free) B Ethylene propylene rubber (EPR) R Cross linked polyethilene (XLPE) T Halogen free thermosetting compound (EVA) U Bedding or taping (hal. free) F No armour X Copper wire braid (tinned or bare) O Galvanized steel wire braid C Thermoplastic compound (hal. Free) SHF1 I I Halogen free thermoset compound SHF2 U Halogen free thermoset compound SHF+MUD U > The following table presents the principal physical characteristics of different compounds and the basic performance of the finished cables: 6 Insulation Compound Type HF-EPR LOI % 23 HCL % < 0.5 Bedding Type EPDM (Halogen free) Outher Sheath Type EVA type SHF2 or SHF + MUD LOI % > 32 HCL % < 0.5 Enhanced Oil resistance SHF2 100 C 168 h exceed NEK and IEC required Mud resistance SHF MUD Meet requirement of NEK 606 Finished Cable Smoke emission Meets requirements of IEC Fire retardance Meets requirements of IEC Fire resistance Meets requirements of IEC Installation temperature - 20 C Operating temperature - 40 C * (fixed installation) *on request also SHF2 for - 40 C according to CSA 22.2 n.38-95
9 INTEGRATED CABLING SOLUTIONS TM technergy > Insulation colour scheme 0,6/1 kv power and control cables According to NEK standards 1 core off-white (grey) 2 cores off-white (grey) - black 3 cores off-white (grey) - black - red 4 cores off-white (grey) - black - red - blue above 4 cores black numbers on white base earthing core green/yellow According to standard HD 308 S2 Insulated cores with Green/Yellow Insulated cores without Green/Yellow 2 cores - - Blue Brown 3 cores Green/Yellow Blue Brown - Brown Black Grey 4 cores Green/Yellow - Brown Black Grey Blue Brown Black Grey 5 cores Green/Yellow Blue Brown Black Grey Blue Brown Black Grey Black 150/250 V instrumentation cables Pair: Triple: black - light blue black - light blue - brown other colour on request Pairs/Triples are numbered with numbers printed directly on the insulated conductors (1-1, 2-2, ) or by numbered tape MV cables 1 core none (natural colour of the compound) 3 cores coloured tape or thread (e.g.: white -black - red) > Outer sheath standard colour Cables up to and including 250 V: Cables for 0,6/1 kv: Cables for higher voltage classes: GREY BLACK RED other colour on request 7
10 Technical information Cables according to TEOF Offshore Cables NEK 606 III ed > Pulling tension During the installation phases, the pulling tension (Newton) of the cable can be estimated as follows: PT(Newton)= 50 x total cross section of the conductors > Bending radii for cables rated up to 1,8/3 kv Installed cables Coverings Overall diameter of cables (D) Minimum internal bending radius Power and control Unarmoured or unbraided <= 25 mm 4 D* > 25 mm 6 D Metal braid screened or armoured Any 6 D Instrumentation Composite polyester/metal laminate Any 8 D tape screened units or collective tape screenings *6 D for defined circuit integrity > Bending radii for cables rated at 3,6/6 kv and above Installed cables Overall diameter of cables (D) Minimum internal bending radius Single core cable Any 9 D 3 cores cable Any 9 D > Cable overall diameter tolerances Cables from 0,6/1 kv to 12/20 kv Instrumentation cables Nominal overall diam. Tolerances Nominal overall diam. Tolerances mm mm mm mm < 15 ± 1,0 < 10 ± 1, ,9 ± 1, ,9 ± 1, ,9 ± 2, ,9 ± 2, ,9 ± 2, ,9 ± 2, ,9 ± 3, ,9 ± 3,0 > 55 ± 3,5 > 50 ± 3,5 8
11 INTEGRATED CABLING SOLUTIONS TM technergy 9
12 Low Voltage cables TEOF Offshore Cables TEOF RU P18 or P18+MUD 0,6/1 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation R HR-EPR according to IEC thickness according to IEC > Outer sheath UP18 halogen free thermosetting compound SHF2 according to IEC or U P18 MUD halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - RU P18-0,6/1 kv nc x sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested NEK 606 stds do not provide for RU cable with MUD resistant outer sheath. In the case of dual compound sheathing (halogen free +MUD resistant) MUD RESISTANT will be added to the standard marking (*) class. 5 available on request (additional marking F before the cable code e.g.: F-RU...) (**) factory code low 90 C 250 C r 10 IEC VERY GOOD EXCELLENT (MUD RES) GOOD LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE GOOD D < 25 mm: r = 4D D > 25 mm: r = 6D
13 INTEGRATED CABLING SOLUTIONS TM > Low Voltage cable - Unarmoured technergy > Fire retardant - Low smoke - Halogen free TEOF RU 0,6/1 kv N of cores x csa (n x mm 2 ) Conductor diameter Insulation thickness nominal Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Reactance* at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 1x10 4,0 1,0 8, , ,43 0,106 0,127 1x16 5,1 1,0 9, , ,29 0,100 0,120 1x25 6,5 1,2 11, , ,58 0,096 0,115 1x35 7,4 1,2 12, , ,01 0,093 0,112 1x50 8,7 1,4 14, , ,15 0,091 0,109 1x70 10,3 1,4 16, , ,01 0,088 0,106 1x95 12,2 1,6 18, , ,59 0,086 0,103 1x120 13,8 1,6 20, , ,16 0,084 0,100 1x150 15,1 1,8 22, , ,45 0,083 0,100 1x ,0 2,0 24, , ,46 0,083 0,099 1x240 19,6 2,2 28, , ,32 0,081 0,098 1x300 21,9 2,4 30, , ,90 0,081 0,097 2x1,5 1,6 1,0 9, ,2 23 0,21 0,112 0,135 2x2,5 2,1 1,0 10, , ,36 0,104 0,124 2x4 2,6 1,0 11, , ,57 0,096 0,116 2x6 3,2 1,0 12, , ,86 0,091 0,109 2x10 4,0 1,0 14, , ,43 0,085 0,102 2x16 5,1 1,0 17, , ,29 0,081 0,097 2x25 6,5 1,2 21, , ,58 0,080 0,096 2x35 7,4 1,2 23, , ,01 0,078 0,093 2x50 8,7 1,4 26, , ,15 0,077 0,093 3x1,5 1,6 1,0 10, ,2 20 0,21 0,112 0,135 3x2,5 2,0 1,0 11, , ,36 0,104 0,124 3x4 2,6 1,0 12, , ,57 0,096 0,116 3x6 3,2 1,0 13, , ,86 0,091 0,109 3x10 4,0 1,0 16, , ,43 0,085 0,102 3x16 5,1 1,0 18, , ,29 0,081 0,097 3x25 6,5 1,2 22, , ,58 0,080 0,096 3x35 7,4 1,2 25, , ,01 0,078 0,093 3x50 8,7 1,4 28, , ,15 0,077 0,093 3x70 10,3 1,4 32, , ,01 0,075 0,090 3x95 12,2 1,6 37, , ,59 0,074 0,089 3x120 13,8 1,6 41, , ,16 0,073 0,087 3x150 15,1 1,8 45, , ,45 0,073 0,087 3x185 17,0 2,0 51, , ,46 0,073 0,087 3x240 19,6 2,2 57, , ,32 0,072 0,087 4x1,5 1,6 1,0 11, ,2 20 0,21 0,112 0,135 4x2,5 2,0 1,0 12, , ,36 0,104 0,124 4x4 2,6 1,0 13, , ,57 0,096 0,116 4x6 3,2 1,0 15, , ,86 0,091 0,109 4x10 4,0 1,0 17, , ,43 0,085 0,102 4x16 5,1 1,0 20, , ,29 0,081 0,097 4x25 6,5 1,2 25, , ,58 0,080 0,096 4x35 7,4 1,2 27, , ,01 0,078 0,093 4x50 8,7 1,4 31, , ,15 0,077 0,093 4x70 10,3 1,4 36, , ,01 0,075 0,090 4x95 12,2 1,6 42, , ,59 0,074 0,089 4x120 13,8 1,6 46, , ,16 0,073 0,087 5x1,5 1,6 1,0 12, ,2 12 0,21 0,112 0,135 7x1,5 1,6 1,0 13, ,2 11 0,21 0,112 0,135 12x1,5 1,6 1,0 18, ,2 9 0,21 0,112 0,135 19x1,5 1,6 1,0 21, ,2 8 0,21 0,112 0,135 27x1,5 1,6 1,0 25, ,2 7 0,21 0,112 0,135 37x1,5 1,6 1,0 29, ,2 6 0,21 0,112 0,135 5x2,5 2,0 1,0 13, , ,36 0,104 0,124 7x2,5 2,0 1,0 14, , ,36 0,104 0,124 12x2,5 2,0 1,0 19, , ,36 0,104 0,124 19x2,5 2,0 1,0 23, , ,36 0,104 0,124 27x2,5 2,0 1,0 28, , ,36 0,104 0,124 37x2,5 2,0 1,0 32, ,56 9 0,36 0,104 0,124 * = for control cables, between two adjacent cores; in trefoil formation for single core cables All data refer to cables with cl. 2 conductors 11
14 Low Voltage cables TEOF Offshore Cables TEOF RFOU P1 or P1/P8 0,6/1 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation R EPR according to IEC thickness according to IEC > Bedding / inner covering F halogen free compound indicative thickness according to IEC (inner covering) > Braid armour O tinned copper wire braid according to IEC or IEC when used as earth conductor > Outer sheath U P1 halogen free thermosetting compound SHF2 according to IEC or U P1/P8 halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - RFOU P1/P8-0,6/1 kv nc x sect./braid 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested (*) class. 5 available on request (additional marking F before the cable code e.g.: F-RFOU...) (**) factory code low 90 C 250 C r 12 IEC VERY GOOD EXCELLENT (MUD RES) VERY GOOD LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE GOOD D < any r = 4D
15 INTEGRATED CABLING SOLUTIONS TM > Low Voltage cable - Armoured technergy > Fire retardant - Low smoke - Halogen free TEOF RFOU 0,6/1 kv N of cores x csa / csa min (*) (n x mm 2 )(mm 2 ) Conductor diameter Insulation thickness nominal Diameter over bedding Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Reactance** at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 1x10 4,0 1,0 8,7 12, , ,43 0,129 0,154 1x16 5,1 1,0 9,8 13, , ,29 0,120 0,145 1x25 6,5 1,2 11,7 15, , ,58 0,113 0,136 1x35 7,4 1,2 12,6 16, , ,01 0,111 0,133 1x50 8,7 1,4 14,2 18, , ,15 0,107 0,129 1x70 10,3 1,4 15,9 20, , ,01 0,102 0,123 1x95 12,2 1,6 18,1 22, , ,59 0,099 0,118 1x120 13,8 1,6 19,9 24, , ,16 0,096 0,116 1x150 15,1 1,8 21,8 26, , ,45 0,094 0,113 1x185 17,0 2,0 24,1 29, , ,46 0,093 0,112 1x240 19,6 2,2 27,1 32, , ,32 0,090 0,108 1x300 21,9 2,4 29,6 35, , ,90 0,089 0,107 2x1,5 /4 1,6 1,0 9,9 13, ,2 23 0,21 0,112 0,135 2x2,5 /4 2,1 1,0 10,7 14, , ,36 0,104 0,124 2x4 /4 2,6 1,0 11,8 16, , ,57 0,096 0,116 2x6 /6 3,2 1,0 12,8 17, , ,86 0,091 0,109 2x10 /10 4,0 1,0 14,8 19, , ,43 0,085 0,102 2x16 /16 5,1 1,0 17,0 21, , ,29 0,081 0,097 2x25 /16 6,5 1,2 20,9 25, , ,58 0,080 0,096 2x35 /16 7,4 1,2 22,7 27, , ,01 0,078 0,093 2x50 /25 8,7 1,4 26,1 31, , ,15 0,077 0,093 3x1,5 /4 1,6 1,0 10,5 14, ,2 20 0,21 0,112 0,135 3x2,5 /4 2,0 1,0 11,3 15, , ,36 0,104 0,124 3x4 /6 2,6 1,0 12,5 16, , ,57 0,096 0,116 3x6 /6 3,2 1,0 13,6 18, , ,86 0,091 0,109 3x10 /10 4,0 1,0 15,8 20, , ,43 0,085 0,102 3x16 /16 5,1 1,0 18,1 22, , ,29 0,081 0,097 3x25 /16 6,5 1,2 22,5 27, , ,58 0,080 0,096 3x35 /16 7,4 1,2 24,4 29, , ,01 0,078 0,093 3x50 /25 8,7 1,4 27,9 33, , ,15 0,077 0,093 3x70 /35 10,3 1,4 31,6 38, , ,01 0,075 0,090 3x95 /50 12,2 1,6 36,4 43, , ,59 0,074 0,089 3x120 /60 13,8 1,6 39,8 47, , ,16 0,073 0,087 3x150 /70 15,1 1,8 44,3 52, , ,45 0,073 0,087 3x185 /95*** 17,0 2,0 51,0 58, , ,46 0,073 0,087 3x240 /120*** 19,6 2,2 57,9 66, , ,32 0,072 0,087 4x1,5 /4 1,6 1,0 11,4 15, ,2 20 0,21 0,112 0,135 4x2,5 /4 2,0 1,0 12,3 16, , ,36 0,104 0,124 4x4 /6 2,6 1,0 13,6 18, , ,57 0,096 0,116 4x6 /6 3,2 1,0 15,0 9, , ,86 0,091 0,109 4x10 /10 4,0 1,0 17,3 22, , ,43 0,085 0,102 4x16 /16 5,1 1,0 20,2 25, , ,29 0,081 0,097 4x25 /16 6,5 1,2 24,8 30, , ,58 0,080 0,096 4x35 /16 7,4 1,2 27,0 32, , ,01 0,078 0,093 4x50 /25 8,7 1,4 31,1 37, , ,15 0,077 0,093 4x70 /35 10,3 1,4 35,1 42, , ,01 0,075 0,090 4x95 /50 12,2 1,6 40,4 48, , ,59 0,074 0,089 4x120 /60 13,8 1,6 44,6 52, , ,16 0,073 0,087 5x1,5 1,6 1,0 12,4 16, ,2 12 0,21 0,112 0,135 7x+1,5 1,6 1,0 13,5 17, ,2 11 0,21 0,112 0,135 12x1,5 1,6 1,0 17,7 22, ,2 9 0,21 0,112 0,135 19x1,5 1,6 1,0 21,0 26, ,2 8 0,21 0,112 0,135 27x1,5 1,6 1,0 25,2 30, ,2 7 0,21 0,112 0,135 37x1,5 1,6 1,0 28,3 33, ,2 6 0,21 0,112 0,135 5x2,5 2,0 1,0 13,5 18, , ,36 0,104 0,124 7x2,5 2,0 1,0 14,7 19, , ,36 0,104 0,124 12x2,5 2,0 1,0 19,6 24, , ,36 0,104 0,124 19x2,5 2,0 1,0 23,0 28, , ,36 0,104 0,124 27x2,5 2,0 1,0 27,6 33, , ,36 0,104 0,124 37x2,5 2,0 1,0 31,3 37, ,56 9 0,36 0,104 0,124 * = csa of braid when used as earth conductor ** = for control cables, between two adjacent cores; in trefoil formation for single core cables *** = double braid (when used as earth conductor) All data refer to cables with cl. 2 conductors 13
16 Low Voltage cables TEOF Offshore Cables TEOF BU P17 or P17+MUD 0,6/1 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation B mica tape(s) + HF-EPR according to IEC thickness according to IEC > Outer sheath U P17 halogen free thermosetting compound SHF2 according to IEC or U P17 MUD halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - BU P17-0,6/1 kv nc x sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Fire resistance Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested NEK 606 stds do not provide for BU cable with MUD resistant outer sheath. In the case of dual compound sheathing (halogen free +MUD resistant) MUD RESISTANT will be added to the standard marking (*) class. 5 available on request (additional marking F before the cable code e.g.: F-BU...) (**) factory code low 90 C 250 C r 14 IEC IEC VERY GOOD EXCELLENT (MUD RES) VERY GOOD LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE GOOD r = 6D
17 INTEGRATED CABLING SOLUTIONS TM > Low Voltage cable - Unarmoured technergy > Fire retardant - Fire resistant - Low smoke - Halogen free TEOF BU 0,6/1 kv N of cores x csa (n x mm 2 ) Conductor diameter Insulation thickness nominal Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Reactance* at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 1x10 4,0 1,0 8, , ,43 0,108 0,130 1x16 5,1 1,0 10, , ,29 0,103 0,123 1x25 6,5 1,2 12, , ,58 0,097 0,117 1x35 7,4 1,2 13, , ,01 0,095 0,114 1x50 8,7 1,4 14, , ,15 0,092 0,111 1x70 10,3 1,4 16, , ,01 0,089 0,107 1x95 12,2 1,6 19, , ,59 0,087 0,105 1x120 13,8 1,6 20, , ,16 0,084 0,101 1x150 15,1 1,8 22, , ,45 0,084 0,101 1x185 17,0 2,0 25, , ,46 0,084 0,100 1x240 19,6 2,2 28, , ,32 0,082 0,098 1x300 21,9 2,4 31, , ,90 0,081 0,098 2x1,5 1,6 1,0 10, ,2 23 0,21 0,116 0,139 2x2,5 2,1 1,0 11, , ,36 0,108 0,130 2x4 2,6 1,0 12, , ,57 0,101 0,121 2x6 3,2 1,0 13, , ,86 0,095 0,114 2x10 4,0 1,0 15, , ,43 0,088 0,106 2x16 5,1 1,0 18, , ,29 0,083 0,100 2x25 6,5 1,2 22, , ,58 0,082 0,098 2x35 7,4 1,2 24, , ,01 0,079 0,095 2x50 8,7 1,4 27, , ,15 0,079 0,095 3x1,5 1,6 1,0 10, ,2 20 0,21 0,116 0,139 3x2,5 2,0 1,0 11, , ,36 0,108 0,130 3x4 2,6 1,0 13, , ,57 0,101 0,121 3x6 3,2 1,0 14, , ,86 0,095 0,114 3x10 4,0 1,0 16, , ,43 0,088 0,106 3x16 5,1 1,0 19, , ,29 0,083 0,100 3x25 6,5 1,2 23, , ,58 0,082 0,098 3x35 7,4 1,2 25, , ,01 0,079 0,095 3x50 8,7 1,4 29, , ,15 0,079 0,095 3x70 10,3 1,4 33, , ,01 0,076 0,092 3x95 12,2 1,6 38, , ,59 0,076 0,091 3x120 13,8 1,6 42, , ,16 0,074 0,089 3x150 15,1 1,8 46, , ,45 0,074 0,089 3x185 17,0 2,0 51, , ,46 0,074 0,088 3x240 19,6 2,2 58, , ,32 0,073 0,087 4x1,5 1,6 1,0 12, ,2 20 0,21 0,116 0,139 4x2,5 2,0 1,0 13, , ,36 0,108 0,130 4x4 2,6 1,0 14, , ,57 0,101 0,121 4x6 3,2 1,0 15, , ,86 0,095 0,114 4x10 4,0 1,0 18, , ,43 0,088 0,106 4x16 5,1 1,0 21, , ,29 0,083 0,100 4x25 6,5 1,2 26, , ,58 0,082 0,098 4x35 7,4 1,2 28, , ,01 0,079 0,095 4x50 8,7 1,4 32, , ,15 0,079 0,095 4x70 10,3 1,4 36, , ,01 0,076 0,092 4x95 12,2 1,6 42, , ,59 0,076 0,091 4x120 13,8 1,6 46, , ,16 0,074 0,089 5x1,5 1,6 1,0 13, ,2 12 0,21 0,116 0,139 7x1,5 1,6 1,0 14, ,2 11 0,21 0,116 0,139 12x1,5 1,6 1,0 19, ,2 9 0,21 0,116 0,139 19x1,5 1,6 1,0 23, ,2 8 0,21 0,116 0,139 27x1,5 1,6 1,0 27, ,2 7 0,21 0,116 0,139 37x1,5 1,6 1,0 31, ,2 6 0,21 0,116 0,139 5x2,5 2,0 1,0 14, , ,36 0,108 0,130 7x2,5 2,0 1,0 15, , ,36 0,108 0,130 12x2,5 2,0 1,0 21, , ,36 0,108 0,130 19x2,5 2,0 1,0 25, , ,36 0,108 0,130 27x2,5 2,0 1,0 30, , ,36 0,108 0,130 37x2,5 2,0 1,0 34, ,56 9 0,36 0,108 0,130 * = for conductor cables, between two adjacent cores; in trefoil formation for single core cables All data refer to cables with cl. 2 conductors 15
18 Low Voltage cables TEOF Offshore Cables TEOF BFOU P5 or P5/P12 0,6/1 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation B mica tape(s) + HF-EPR according to IEC thickness according to IEC > Bedding / inner covering F halogen free compound indicative thickness according to IEC (inner covering) > Braid armour O tinned copper wire braid according to IEC or IEC when used as earth conductor > Outer sheath U P5 halogen free thermosetting compound SHF2 according to IEC U P5/P12 halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - BFOU P5/P12-0,6/1 kv nc x sect./sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Fire resistance Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested (*) class. 5 available on request (additional marking F before the cable code e.g.: F-BFOU...) (**) factory code low 90 C 250 C r 16 IEC IEC IEC VERY GOOD EXCELLENT (MUD RES) VERY GOOD LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE GOOD r = 6D
19 INTEGRATED CABLING SOLUTIONS TM > Low Voltage cable - Armoured technergy > Fire retardant - Fire resistant - Low smoke - Halogen free TEOF BFOU 0,6/1 kv N of cores x csa / csa min (*) (n x mm 2 )(mm 2 ) Conductor diameter Insulation thickness nominal Diameter over bedding Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Reactance** at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 1x10 4,0 1,0 9,0 12, , ,43 0,131 0,157 1x16 5,1 1,0 10,2 13, , ,29 0,122 0,147 1x25 6,5 1,2 12,0 16, , ,58 0,117 0,140 1x35 7,4 1,2 12,9 17, , ,01 0,112 0,134 1x50 8,7 1,4 14,5 19, , ,15 0,108 0,130 1x70 10,3 1,4 16,1 20, , ,01 0,103 0,123 1x95 12,2 1,6 18,4 23, , ,59 0,099 0,119 1x120 13,8 1,6 20,0 25, , ,16 0,097 0,116 1x150 15,1 1,8 21,8 27, , ,45 0,095 0,114 1x185 17,0 2,0 24,2 29, , ,46 0,093 0,112 1x240 19,6 2,2 27,2 32, , ,32 0,091 0,109 1x300 21,9 2,4 29,7 35, , ,9 0,089 0,107 2x1,5 /4 1,6 1,0 10,5 14, ,2 23 0,21 0,116 0,139 2x2,5 /4 2,1 1,0 11,2 15, , ,36 0,108 0,130 2x4 /6 2,6 1,0 12,3 16, , ,57 0,101 0,121 2x6 /6 3,2 1,0 13,4 17, , ,86 0,095 0,114 2x10 /10 4,0 1,0 15,4 19, , ,43 0,088 0,106 2x16 /16 5,1 1,0 17,8 22, , ,29 0,083 0,100 2x25 /16 6,5 1,2 21,4 26, , ,58 0,082 0,098 2x35 /16 7,4 1,2 24,4 28, , ,01 0,079 0,095 2x50 /25 8,7 1,4 26,4 32, , ,15 0,079 0,095 3x1,5 /4 1,6 1,0 11,1 14, ,2 20 0,21 0,116 0,139 3x2,5 /4 2,0 1,0 11,9 16, , ,36 0,108 0,130 3x4 /6 2,6 1,0 13,1 17, , ,57 0,101 0,121 3x6 /6 3,2 1,0 14,2 18, , ,86 0,095 0,114 3x10 /10 4,0 1,0 16,4 21, , ,43 0,088 0,106 3x16 /16 5,1 1,0 18,9 23, , ,29 0,083 0,100 3x25 /16 6,5 1,2 22,9 28, , ,58 0,082 0,098 3x35 /16 7,4 1,2 24,8 30, , ,01 0,079 0,095 3x50 /25 8,7 1,4 28,3 34, , ,15 0,079 0,095 3x70 /35 10,3 1,4 32,2 39, , ,01 0,076 0,092 3x95 /50 12,2 1,6 37,1 44, , ,59 0,076 0,091 3x120 /60 13,8 1,6 40,4 48, , ,16 0,074 0,089 3x150 /70 15,1 1,8 44,9 53, , ,45 0,074 0,089 3x185 /95*** 17,0 2,0 51,7 59, , ,46 0,074 0,088 3x240 /120*** 19,6 2,2 56,5 66, , ,32 0,073 0,087 4x1,5 /4 1,6 1,0 12,1 16, ,2 20 0,21 0,116 0,139 4x2,5 /6 2,0 1,0 13,0 17, , ,36 0,108 0,130 4x4 /6 2,6 1,0 14,3 18, , ,57 0,101 0,121 4x6 /6 3,2 1,0 15,6 20, , ,86 0,095 0,114 4x10 /10 4,0 1,0 18,0 22, , ,43 0,088 0,106 4x16 /16 5,1 1,0 20,9 25, , ,29 0,083 0,100 4x25 /16 6,5 1,2 25,3 30, , ,58 0,082 0,098 4x35 /16 7,4 1,2 27,5 33, , ,01 0,079 0,095 4x50 /25 8,7 1,4 31,8 38, , ,15 0,079 0,095 4x70 /35 10,3 1,4 35,7 42, , ,01 0,076 0,092 4x95 /50 12,2 1,6 41,6 49, , ,59 0,076 0,091 4x120 /60 13,8 1,6 45,4 53, , ,16 0,074 0,089 5x1,5 1,6 1,0 13,2 17, ,2 12 0,21 0,116 0,139 7x1,5 1,6 1,0 14,4 18, ,2 11 0,21 0,116 0,139 12x1,5 1,6 1,0 18,9 23, ,2 9 0,21 0,116 0,139 19x1,5 1,6 1,0 22,2 27, ,2 8 0,21 0,116 0,139 27x1,5 1,6 1,0 26,8 32, ,2 7 0,21 0,116 0,139 37x1,5 1,6 1,0 30,5 36, ,2 6 0,21 0,116 0,139 5x2,5 2,0 1,0 14,3 18, , ,36 0,108 0,130 7x2,5 2,0 1,0 15,6 20, , ,36 0,108 0,130 12x2,5 2,0 1,0 20,5 25, , ,36 0,108 0,130 19x2,5 2,0 1,0 24,2 29, , ,36 0,108 0,130 27x2,5 2,0 1,0 29,6 35, , ,36 0,108 0,130 37x2,5 2,0 1,0 33,2 39, ,56 9 0,36 0,108 0,130 * = csa of braid when used as earth conductor ** = for control cables, between two adjacent cores; in trefoil formation for single core cables *** = double braid (when used as earth conductor) All data refer to cables with cl. 2 conductors 17
20 Low Voltage cables TEOF Offshore Cables TEOF UX P15 0,6/1 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation U P15 halogen free thermosetting compound SHF2 according to IEC thickness according to IEC table 1 X unsheathed, unarmoured Colour yellow/green (when used as protective earth (PE) wire others permissible colour (see NEK 606 or HD 308 S2) when used as single wire > Marking e. g. : PRYSMIAN(**) - TEOF - UX - 0,6/1 kv nc x sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties (*) class. 5 available on request (additional marking F before the cable code e.g.: F-UXU...) (**) factory code low 90 C 250 C r 18 IEC VERY GOOD EXCELLENT (MUD RES) MODERATE LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE POOR D < 25 mm: r = 4D D > 25 mm: r = 6D
21 INTEGRATED CABLING SOLUTIONS TM > Earthing wire, bonding wire and single wire technergy > Fire retardant - Low smoke - Halogen free TEOF UX 0,6/1 kv N of cores x csa Conductor diameter Insulation thickness nominal Overall diameter Net weight Minimum bending radius D.C. resistance at 20 C max. Fault current at 250 C (n x mm 2 ) (kg/km) (Ohm/km) (ka) 1x10 4,0 1,0 6, ,84 1,43 1x16 5,1 1,0 7, ,16 2,29 1x25 6,5 1,2 9, ,734 3,58 1x35 7,4 1,2 10, ,529 5,01 1x50 8,7 1,4 12, ,391 7,15 1x70 10,3 1,4 13, ,270 10,01 1x95 12,2 1,6 15, ,195 13,59 1x120 13,8 1,6 17, ,154 17,16 1x150 15,1 1,8 19, ,126 21,45 1x185 17,0 2,0 21, ,100 26,46 1x240 19,6 2,2 24, , ,32 1x300 21,9 2,4 27, , ,90 All data refer to cables with cl. 2 conductors 19
22 Medium Voltage cables TEOF Offshore Cables TEOF RFOU P2... or P2.../... P21 from 3,6/6 kv to 12/20 kv Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Conductor screen semiconducting tape and / or semiconducting layer > Insulation R HF-HEPR according to IEC thickness according to IEC > Insulation screen semiconducting layer + tinned copper wire braid > Bedding / inner covering F halogen free compound indicative thickness according to IEC (inner covering) > Braid armour O tinned copper wire braid according to IEC or IEC when used as earth conductor > Outer sheath U P halogen free thermosetting compound SHF2 according to IEC or U P.../P halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - RFOU P19/P21-12/20 kv nc x sect./sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC Insulating material IEC Choice and installation of electric cables IEC IEC Sheathing materials Flame retardance IEC Fire retardance IEC / -2 Halogen free properties IEC / 2 Smoke emission properties on request CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested (*) class. 5 available on request (additional marking F before the cable code e.g.: F-RFOU.) (**) factory code low 90 C 250 C r 20 IEC IEC VERY GOOD EXCELLENT (MUD RES) VERY GOOD LOW EMISSION -20 C NORMAL OPERATING TEMPERATURE SHORT CIRCUIT TEMPERATURE GOOD r = 9D
23 INTEGRATED CABLING SOLUTIONS TM > MV distribution cables up to 12/20 kv technergy > Flame retardant - Low smoke - Halogen free TEOF RFOU 3,6/6 kv P2 or P2/P9 N of cores x csa / csa min (*) (n x mm 2 )(mm 2 ) Conductor diameter Insulation thickness nominal Diameter over bedding Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Capacitance (µf/km) Reactance** at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 1x25 6,5 2,5 19,2 24, , ,58 0,29 0,141 0,169 1x35 7,4 2,5 20,1 25, , ,01 0,32 0,136 0,163 1x50 8,7 2,5 21,3 26, , ,15 0,35 0,129 0,155 1x70 10,3 2,5 23,0 28, , ,01 0,40 0,123 0,147 1x95 12,2 2,5 24,8 30, , ,59 0,45 0,116 0,139 1x120 13,8 2,5 26,4 31, , ,16 0,49 0,112 0,134 1x150 15,1 2,5 27,9 33, , ,45 0,54 0,109 0,130 1x185 17,0 2,5 29,8 35, , ,46 0,59 0,105 0,126 1x240 19,6 2,6 33,0 38, , ,32 0,66 0,102 0,122 1x300 21,9 2,8 35,9 42, , ,90 0,72 0,101 0,121 3x25 /16 6,5 2,5 38,8 45, , ,58 0,29 0,119 0,143 3x35 /16 7,3 2,5 40,8 47, , ,01 0,32 0,114 0,137 3x50 /25 8,7 2,5 43,8 50, , ,15 0,35 0,109 0,130 3x70 /35 10,3 2,5 47,3 54, , ,01 0,40 0,103 0,124 3x95 /50 12,2 2,5 51,2 58, , ,59 0,45 0,098 0,118 3x120 /60 13,8 2,5 55,0 63, , ,16 0,49 0,095 0,113 3x150 /70 15,1 2,5 58,3 67, , ,45 0,54 0,092 0,110 TEOF RFOU 6/10 kv P3 or P3/P10 1x25 6,5 3,4 21,0 26, , ,58 0,23 0,146 0,175 1x35 7,4 3,4 21,9 26, , ,01 0,25 0,140 0,168 1x50 8,7 3,4 23,1 28, , ,15 0,28 0,133 0,160 1x70 10,3 3,4 24,8 30, , ,01 0,31 0,126 0,152 1x95 12,2 3,4 26,6 32, , ,59 0,35 0,120 0,144 1x120 13,8 3,4 28,2 33, , ,16 0,39 0,116 0,139 1x150 15,1 3,4 29,7 35, , ,45 0,42 0,112 0,134 1x185 17,0 3,4 32,0 37, , ,46 0,46 0,109 0,131 1x240 19,6 3,4 34,6 41, , ,32 0,51 0,105 0,126 1x300 21,9 3,4 37,1 43, , ,90 0,56 0,103 0,123 3x25 /16 6,5 3,4 43,1 50, , ,58 0,23 0,125 0,150 3x35 /16 7,4 3,4 45,1 52, , ,01 0,25 0,120 0,144 3x50 /25 8,7 3,4 47,6 55, , ,15 0,28 0,114 0,137 3x70 /35 10,3 3,4 51,2 58, , ,01 0,31 0,108 0,130 3x95 /50 12,2 3,4 55,5 63, , ,59 0,35 0,103 0,123 3x120 /60 13,8 3,4 58,9 67, , ,16 0,39 0,099 0,119 3x150 /70 15,1 3,4 62,2 71, , ,45 0,42 0,096 0,115 TEOF RFOU 8,7/15 kv P4 or P4/P11 1x25 6,5 4,5 23,2 28, , ,58 0,19 0,151 0,182 1x35 7,4 4,5 24,1 29, , ,01 0,21 0,145 0,174 1x50 8,7 4,5 25,3 30, , ,15 0,23 0,138 0,166 1x70 10,3 4,5 27,0 32, , ,01 0,26 0,131 0,158 1x95 12,2 4,5 28,8 34, , ,59 0,29 0,124 0,149 1x120 13,8 4,5 30,8 36, , ,16 0,31 0,121 0,145 1x150 15,1 4,5 32,3 38, , ,45 0,34 0,117 0,140 1x185 17,0 4,5 34,2 40, , ,46 0,37 0,114 0,136 1x240 19,6 4,5 36,8 43, , ,32 0,41 0,109 0,130 1x300 21,9 4,5 39,5 46, , ,90 0,44 0,106 0,128 3x25 /16 6,5 4,5 47,9 55, , ,58 0,19 0,132 0,159 3x35 /16 7,4 4,5 49,8 57, , ,01 0,21 0,127 0,152 3x50 /25 8,7 4,5 52,8 60, , ,15 0,23 0,121 0,145 3x70 /35 10,3 4,5 56,3 64, , ,01 0,26 0,114 0,137 3x95 /50 12,2 4,5 60,2 68, , ,59 0,29 0,108 0,130 3x120 /60 13,8 4,5 63,7 72, , ,16 0,31 0,104 0,125 3x150 /70 15,1 4,5 66,9 76, , ,45 0,34 0,101 0,121 TEOF RFOU 12/20 kv P19 or P19/P21 1x 25 6,5 5,5 26,2 31, , ,58 0,17 0,158 0,190 1x 35 7,4 5,5 26,1 31, , ,01 0,18 0,150 0,180 1x 50 8,7 5,5 27,3 32, , ,15 0,20 0,143 0,171 1x 70 10,3 5,5 29,0 34, , ,01 0,22 0,135 0,162 1x 95 12,2 5,5 31,2 37, , ,59 0,25 0,129 0,155 1x120 13,8 5,5 32,8 38, , ,16 0,27 0,124 0,149 1x150 15,1 5,5 34,3 40, , ,45 0,29 0,121 0,145 1x185 17,0 5,5 36,3 42, , ,46 0,31 0,117 0,140 1x240 19,6 5,5 39, 45, , ,32 0,35 0,112 0,134 1x300 21,9 5,5 41,5 48, , ,90 0,38 0,109 0,131 3x25 /16 6,5 5,5 54,3 62, , ,58 0,17 0,138 0,166 3x35 /16 7,4 5,5 54,5 62, , ,01 0,18 0,132 0,159 3x50 /25 8,7 5,5 57,1 65, , ,15 0,20 0,126 0,151 3x70 /35 10,3 5,5 60,6 69, , ,01 0,22 0,119 0,143 3x95 /50 12,2 5,5 64,5 73, , ,59 0,25 0,113 0,135 3x12 /60 13, 5,5 68,0 77, , ,16 0,27 0,108 0,130 3x150 /70 15,1 5,5 71,6 81, , ,45 0,29 0,105 0, *= csa of braid when used as earth conductor ** = in trefoil formation for single core cables All data refer to cables with cl. 2 conductors
24 VFD cables TEOF Offshore Cables TEOF VFD F-RFOU or F-RFOU+MUD 0,6/1 kv Construction Applicable standards > Conductor flexible tinned copper conductor multi bunched according to IEC cl.5 easier to install e more resistant to vibration > Insulation R HF-HEPR (high modulus) according to IEC HF-HEPR insulation with low dielectric constant to reduce reflected wave peak voltage magnitude. This allows for longer output cables distances and minimize the effect of high frequency noise induced into plant ground system thickness according to IEC > Bedding / inner covering F halogen free compound indicative thickness according to IEC (inner covering) > Braid armour O Cu/PETP tape and copper braid made of tinned copper wires according to IEC overall tinned copper braid and foil shield (PET+copper) provides 100% coverage containing VFD EMI emission > Outer sheath U halogen free thermosetting compound SHF2 according to IEC or U+MUD halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(*) - TEOF - F RFOU 0,6/1 kv (VFD) nc x sect./braid sect. MUD RESISTANT 'metric year NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC Insulating material Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties on request CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested (*) factory code low r 22 IEC VERY GOOD EXCELLENT (MUD RES) VERY GOOD LOW EMISSION -20 C GOOD r = 6D
25 INTEGRATED CABLING SOLUTIONS TM > Low Voltage cable - Armoured technergy > Fire retardant - Low smoke - Halogen free TEOF VFD F-RFOU 0,6/1 kv N of cores x csa / csa braid (n x mm 2 ) (mm 2 ) Conductor diameter Insulation thickness nominal Diameter over bedding Overall diameter Net weight (kg/km) Minimum bending radius D.C. resistance at 20 C max. (Ohm/km) Current carrying capacities 45 C free air (A) Fault current at 250 C (ka) Reactance at 50 Hz 60 Hz (Ohm/km) (Ohm/km) 3x50 /25 9,1 1,4 28,5 34, , ,15 0,077 0,092 3x70 /35 10,8 1,4 32,6 39, , ,01 0,074 0,089 3x95 /50 12,1 1,6 36,3 43, , ,59 0,074 0,089 3x120 /60 14,3 1,6 41,0 49, , ,16 0,072 0,087 3x150 /70 16,1 1,8 46,1 54, , ,45 0,072 0,087 All data refer to cables with cl. 5 conductors 23
26 Instrumentation cables TEOF Offshore Cables TEOF RU(i) S11 or S11+MUD 150/250 V Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation R HF-EPR according to IEC thickness according to IEC > Laying-up core lay-up in pairs, triples, laying-up of pairs, triples > Screen (i) individual screen, copper/polyester tape with tinned copper stranded drain wire and synthetic tape > Outer sheath U S11 halogen free thermosetting compound SHF2 according to IEC or U S11+MUD halogen free, mud resistantting thermoset compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - RU(i) S11-150/250 V pair/triple/quad x sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested NEK 606 stds do not provide for RU cable with MUD resistant outer sheath. In the case of dual compound sheathing (halogen free +MUD resistant) MUD RESISTANT will be added to the standard marking (*) class. 5 available on request (additional marking F before the cable code e.g.: F-RU (i)...) (**) factory code low r 24 IEC VERY GOOD EXCELLENT (MUD RES) GOOD LOW EMISSION -20 C GOOD r = 8D
27 INTEGRATED CABLING SOLUTIONS TM > Instrumentation cable - Unarmoured - Individually screened technergy > Fire retardant - Low smoke - Halogen free TEOF RU(i) 150/250 V Size Conductor diameter Insulation thickness nominal Overall diameter Net weight Minimum bending radius D.C. resistance at 20 C max. Mutual capacitance Approx. Inductance at 1 KHz nominal L/R at 1 KHz max. (n x n x sect.) (kg/km) (Ohm/km) (nf/km) (mh/km) (µh/ohm) 1x2x0.75 1,1 0,6 7, ,3 90 0, x2x0.75 1,1 0,6 9, ,3 90 0, x2x0.75 1,1 0,6 12, ,3 90 0, x2x0.75 1,1 0,6 14, ,3 90 0, x2x0.75 1,1 0,6 15, ,3 90 0, x2x0.75 1,1 0,6 19, ,3 90 0, x2x0.75 1,1 0,6 21, ,3 90 0, x2x0.75 1,1 0,6 22, ,3 90 0, x2x0.75 1,1 0,6 25, ,3 90 0, x2x0.75 1,1 0,6 28, ,3 90 0, x2x1 1,3 0,6 8, , , x2x1 1,3 0,6 10, , , x2x1 1,3 0,6 12, , , x2x1 1,3 0,6 15, , , x2x1 1,3 0,6 17, , , x2x1 1,3 0,6 20, , , x2x1 1,3 0,6 22, , , x2x1 1,3 0,6 24, , , x2x1 1,3 0,6 27, , , x2x1 1,3 0,6 30, , , x2x1.5 1,6 0,7 9, , , x2x1.5 1,6 0,7 11, , , x2x1.5 1,6 0,7 14, , , x2x1.5 1,6 0,7 18, , , x2x1.5 1,6 0,7 19, , , x2x1.5 1,6 0,7 23, , , x2x1.5 1,6 0,7 26, , , x2x1.5 1,6 0,7 28, , , x2x1.5 1,6 0,7 32, , , x2x1.5 1,6 0,7 36, , , x2x2.5 2,0 0,7 9, , , x3x0.75 1,1 0,6 8, ,3 90 0, x3x0.75 1,1 0,6 12, ,3 90 0, x3x0.75 1,1 0,6 13, ,3 90 0, x3x0.75 1,1 0,6 16, ,3 90 0, x3x0.75 1,1 0,6 22, ,3 90 0, x3x0.75 1,1 0,6 24, ,3 90 0, x3x0.75 1,1 0,6 26, ,3 90 0, x3x0,75 1,1 0,6 30, ,3 90 0, x3x1 1,3 0,6 8, , , x3x1 1,3 0,6 13, , , x3x1 1,3 0,6 14, , , x3x1 1,3 0,6 17, , , x3x1 1,3 0,6 23, , , x3x1 1,3 0,6 26, , , x3x1 1,3 0,6 28, , , x3x1 1,3 0,6 32, , , x3x1.5 1,6 0,7 9, , , x3x1.5 1,6 0,7 15, , , x3x1.5 1,6 0,7 17, , , x3x1.5 1,6 0,7 20, , , x3x1.5 1,6 0,7 27, , , x3x1.5 1,6 0,7 31, , , x3x1.5 1,6 0,7 32, , , x3x1.5 1,6 0,7 38, , , x3x2.5 2,0 0,7 10, , , All data refer to cables with cl. 2 conductors 25
28 Instrumentation cables TEOF Offshore Cables TEOF RU(c) S12 or S12+MUD 150/250 V Construction > Conductor tinned annealed copper conductor according to IEC cl. 2* > Insulation R HF-EPR according to IEC thickness according to IEC > Laying-up core lay-up in pairs, triples, laying-up of pairs, triples > Screen (c) collective screen, copper/polyester tape with tinned copper stranded drain wire and synthetic tape > Outer sheath U S12 halogen free thermosetting compound SHF2 according to IEC or U S12 + MUD halogen free, mud resistant thermosetting compound SHF MUD according to NEK III ed thickness according to IEC > Marking e. g. : PRYSMIAN(**) - TEOF - RU(c) S12-150/250 V pair/triple/quad x sect. 'metric year Applicable standards NEK 606 III ed. IEC IEC IEC IEC IEC IEC IEC IEC on request Insulating material Choice and installation of electric cables Sheathing materials Flame retardance Fire retardance Halogen free properties Smoke emission properties CSA 22.2 n cold bend/impact test at low temperature Additional marking "-40 C" when requested NEK 606 stds do not provide for RU cable with MUD resistant outer sheath. In the case of dual compound sheathing (halogen free +MUD resistant) MUD RESISTANT will be added to the standard marking (*) class. 5 available on request (additional marking F before the cable code e.g.: F-RU (c)...) (**) factory code low r 26 IEC GOOD LOW EMISSION -20 C GOOD r = 8D
29 INTEGRATED CABLING SOLUTIONS TM > Instrumentation cable - Unarmoured - Collectively screened technergy > Fire retardant - Low smoke - Halogen free TEOF RU(c) 150/250 V Size Conductor diameter Insulation thickness nominal Overall diameter Net weight Minimum bending radius D.C. resistance at 20 C max. Mutual capacitance Approx. Inductance at 1 KHz nominal L/R at 1 KHz max. (n x n x sect.) (kg/km) (Ohm/km) (nf/km) (mh/km) (µh/ohm) 2x2x0.75 1,1 0,6 9, ,3 80 0, x2x0.75 1,1 0,6 11, ,3 80 0, x2x0.75 1,1 0,6 13, ,3 80 0, x2x0.75 1,1 0,6 14, ,3 80 0, x2x0.75 1,1 0,6 17, ,3 80 0, x2x0.75 1,1 0,6 19, ,3 80 0, x2x0.75 1,1 0,6 20, ,3 80 0, x2x0.75 1,1 0,6 24, ,3 80 0, x2x0.75 1,1 0,6 26, ,3 80 0, x2x1 1,3 0,6 9, ,3 90 0, x2x1 1,3 0,6 12, ,3 90 0, x2x1 1,3 0,6 14, ,3 90 0, x2x1 1,3 0,6 15, ,3 90 0, x2x1 1,3 0,6 18, ,3 90 0, x2x1 1,3 0,6 21, ,3 90 0, x2x1 1,3 0,6 22, ,3 90 0, x2x1 1,3 0,6 25, ,3 90 0, x2x1 1,3 0,6 28, ,3 90 0, x2x1.5 1,6 0,7 11, , , x2x1.5 1,6 0,7 14, , , x2x1.5 1,6 0,7 17, , , x2x1.5 1,6 0,7 18, , , x2x1.5 1,6 0,7 22, , , x2x1.5 1,6 0,7 25, , , x2x1.5 1,6 0,7 26, , , x2x1.5 1,6 0,7 30, , , x2x1.5 1,6 0,7 33, , , x3x0.75 1,1 0,6 12, ,3 80 0, x3x0.75 1,1 0,6 13, ,3 80 0, x3x0.75 1,1 0,6 15, ,3 80 0, x3x0.75 1,1 0,6 20, ,3 80 0, x3x0.75 1,1 0,6 23, ,3 80 0, x3x0.75 1,1 0,6 24, ,3 80 0, x3x0.75 1,1 0,6 28, ,3 80 0, x3x1 1,3 0,6 12, ,3 90 0, x3x1 1,3 0,6 14, ,3 90 0, x3x1 1,3 0,6 16, ,3 90 0, x3x1 1,3 0,6 22, ,3 90 0, x3x1 1,3 0,6 24, ,3 90 0, x3x1 1,3 0,6 26, ,3 90 0, x3x1 1,3 0,6 30, ,3 90 0, x3x1.5 1,6 0,7 14, , , x3x1.5 1,6 0,7 16, , , x3x1.5 1,6 0,7 19, , , x3x1.5 1,6 0,7 26, , , x3x1.5 1,6 0,7 29, , , x3x1.5 1,6 0,7 30, , , x3x1.5 1,6 0,7 36, , , All data refer to cables with cl. 2 conductors 27
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