KNOW YOUR OPTIONS: 69 KV XLPE POWER CABLE
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- Sibyl Marsh
- 7 years ago
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1 Know Your Options: 69 kv XLPE Power Cable 3
2 material and size material is a matter of both customer preference and required current carrying capacity Copper conductor common for larger loads When both copper and aluminum conductors can meet your requirements, the more economical solution will be a function of the metal and the cable component costs Insulation thickness For cables with a radial moisture barrier, Southwire Standard Wall reduced insulation thicknesses within the stress limits in AEIC specification CS9 are recommended Cables referred to by Traditional Wall insulation (650 mils) follow the traditional insulation wall practice referenced in ICEA standard S appendix F as still specified by a number of customers and utilities For applications requiring smaller cable diameters, specific designs are available upon request Section 2 69 kv Power Cables Sheath material Copper and aluminum corrugated sheaths offer the best mechanical and moisture protection for your HV cable, and copper will provide better short circuit performance and improved connectability Full wall cables with concentric neutrals are an economical option for mostly dry environments Composite laminate sheaths in both copper and aluminum that offer excellent protection against moisture ingress Jacket Standard outer jacket: extruded LLDPE with a co-extruded outer semi-conductive polyethylene layer for jacket integrity testing Halogen Free Fire Retardant (HFFR) compounds are available upon request for installations in cable trays and ventilated troughs 4
3 69 kv Power Cables 69 kv XLPE Copper Traditional Wall 650 mil XLPE Copper Corrugated Sheath Cable Construction Reverse Concentric Stranded Copper, Compressed or Milliken Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Welded Copper Corrugated Sheath Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity 2.3 5
4 Size in kcmil Dimensional Diameter Diameter over Insulation Diameter over Sheath Overall Jacket Diameter Nominal in mm in mm in mm in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in Maximum Pulling Tension Typical Shipping Reel Size in 59/44 63/47 67/50 69/52 72/54 74/56 77/58 83/62 86/65 90/67 92/69 lbs 4,000 6,000 8,000 10,000 12,000 14,000 16,000 20,000 24,000 28,000 32,000 Flange x Width in 126x95 126x95 126x95 126x95 126x95 126x95 150x95 158x95 150x95 150x95 150x95 Shipping Reel Capacity* ft 3,000 3,000 3,000 3,000 3,000 2,950 3,000 2,800 2,500 2,200 1,975 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 3 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 4 Amps Power Rating MVA Typical Double Ductbank 4 Amps Power Rating MVA Section 2 69 kv Power Cables Traditional Wall 650 mil XLPE Copper Corrugated Sheath kcmil conductors are 5 segment Milliken conductors. 2 Increased shipping reel capacity can be accommodated on request. 3 Declared values for 30 mils copper sheath. Thicker sheath can accommodate more current. 4 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded 6
5 69 kv Power Cables 69 kv XLPE Copper SW Standard Wall XLPE Copper Corrugated Sheath Cable Construction Reverse Concentric Stranded Copper, Compressed or Milliken Super Smooth Shield Super Clean XLPE Insulation 430 mil XLPE minimum True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Welded Copper Corrugated Sheath Polyethylene Jacket with Extruded Semi- Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity 2.3 7
6 Size in kcmil Dimensional Diameter Insulation Thickness Diameter over Insulation Diameter over Sheath Overall Jacket Diameter Nominal in mm mils mm in mm in mm in mm Total Weight lbs/ft Min. Bending Radius (install/ perm.) Maximum Pulling Tension Typical Shipping Reel Size in 53/40 56/42 58/44 60/45 63/47 65/49 67/50 73/54 74/56 78/59 81/61 lbs 4,000 6,000 8,000 10,000 12,000 14,000 16,000 20,000 24,000 28,000 32,000 Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 126x95 126x95 126x95 150x95 150x95 158x95 Shipping Reel Capacity 2 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 3,000 2,750 2,400 2,100 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 3 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 4 Amps Power Rating MVA Typical Double Ductbank 4 Amps Power Rating MVA Section 2 69 kv Power Cables SW Standard Wall XLPE Copper Corrugated Sheath kcmil conductors are 5 segment Milliken conductors. 2 Increased shipping reel capacity can be accommodated on request. 8 3 Declared values for 30 mils copper sheath. Thicker sheath can accommodate more current. 4 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded
7 69 kv Power Cables 69 kv XLPE - Aluminum Traditional Wall 650 mil XLPE Aluminum Corrugated Sheath Cable Construction Reverse Concentric Stranded Aluminum, Compressed Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Welded Aluminum Corrugated Sheath Polyethylene Jacket with Extruded Semi- Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity 2.3 9
8 Size in kcmil Dimensional Nominal Diameter in mm Diameter over Insulation in mm Diameter over Sheath in mm Overall Jacket Diameter in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in 61/46 65/49 69/51 72/54 74/56 77/57 79/59 Maximum Pulling Tension lbs 3,000 4,500 6,000 7,500 9,000 10,500 12,000 Typical Shipping Reel Size Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 150x95 150x95 Shipping Reel Capacity 1 ft 3,000 3,000 3,000 3,000 2,950 3,000 3,000 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 2 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 3 Amps Power Rating MVA Typical Double Ductbank 3 Amps Power Rating MVA Increased shipping reel capacity can be accommodated on request. 2 Declared values for 50 mils aluminum sheath. Thicker sheath can accommodate more current. 3 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables Traditional Wall 650 mil XLPE Aluminum Corrugated Sheath 10
9 69 kv Power Cables 69 kv XLPE - Aluminum SW Standard Wall XLPE Aluminum Corrugated Sheath Cable Construction Reverse Concentric Stranded Aluminum, Compressed Super Smooth Shield Super Clean XLPE Insulation 430 mil XLPE minimum True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Welded Aluminum Corrugated Sheath Polyethylene Jacket with Extruded Semi- Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
10 Size in kcmil Dimensional Nominal Diameter in mm Insulation Thickness mils mm Diameter over Insulation in mm Diameter over Sheath in mm Overall Jacket Diameter in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in 55/41 58/43 60/45 62/47 65/49 67/50 69/51 Maximum Pulling Tension lbs 3,000 4,500 6,000 7,500 9,000 10,500 12,000 Typical Shipping Reel Size Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 126x95 126x95 Shipping Reel Capacity 1 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 2 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 3 Amps Power Rating MVA Typical Double Ductbank 3 Amps Power Rating MVA Increased shipping reel capacity can be accommodated on request. 2 Declared values for 50 mils aluminum sheath. Thicker sheath can accommodate more current. 3 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables SW Standard Wall XLPE Aluminum Corrugated Sheath 12
11 69 kv Power Cables 69 kv XLPE - Copper Traditional Wall 650 mil XLPE Copper Concentric Neutrals Cable Construction Reverse Concentric Stranded Copper, Compressed or Milliken Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Concentric Neutrals Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
12 Size in kcmil Dimensional Diameter Diameter over Insulation Diameter over Neutrals Overall Jacket Diameter Nominal in mm in mm in mm in (mm) Total Weight lbs/ft Min. Bending Radius (install/ perm.) Maximum Pulling Tension Typical Shipping Reel Size in 57/43 61/46 64/48 66/50 69/52 71/53 73/55 77/57 80/60 83/62 86/64 lbs 4,000 6,000 8,000 10,000 12,000 14,000 16,000 20,000 24,000 28,000 32,000 Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 126x95 126x95 150x95 150x95 150x95 150x95 Shipping Reel Capacity 2 ft 3,000 3,000 3,000 3,000 3,000 3,000 2,950 3,000 2,700 2,400 2,150 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 3 ka Nuetrals ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 4 Amps Power Rating MVA Typical Double Ductbank 4 Amps Power Rating MVA kcmil conductors are 5 segment Milliken conductors. 2 Increased shipping reel capacity can be accommodated on request. 3 Declared Values are for 80 x 14 AWG copper wire. Larger wires can accommodate more current. 4 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables Traditional Wall 650 mil XLPE Copper Concentric Neutrals 14
13 69 kv Power Cables 69 kv XLPE - Aluminum Traditional Wall 650 mil XLPE Copper Concentric Neutrals Cable Construction Reverse Concentric Stranded Aluminum, Compressed Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Concentric Neutrals Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
14 Size in kcmil Dimensional Nominal Diameter in mm Diameter over Insulation in mm Diameter over Neutral in mm Overall Jacket Diameter in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in in 57/43 61/46 64/48 66/50 69/52 71/53 73/55 Maximum Pulling Tension lbs 3,000 4,500 6,000 7,500 9,000 10,500 12,000 Typical Shipping Reel Size Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 126x95 126x95 Shipping Reel Capacity 1 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 2 ka Nuetrals ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 3 Amps Power Rating MVA Typical Double Ductbank 3 Amps Power Rating MVA Increased shipping reel capacity can be accommodated on request. 2 Declared Values are for 80 x 14 AWG copper wire. Larger wires can accommodate more current. 3 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables Traditional Wall 650 mil XLPE Copper Concentric Neutrals 16
15 69 kv Power Cables 69 kv XLPE - Copper TRADITIONAL WALL 650 MIL XLPE Copper neutrals with copper composite Laminate sheath Cable Construction Reverse Concentric Stranded Copper, Compressed or Milliken Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Concentric Neutrals with Copper Composite Laminate Sheath Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
16 Size in kcmil Dimensional Diameter Diameter over Insulation Diameter over Sheath Overall Jacket Diameter Nominal in mm in mm in mm in mm Total Weight lbs/ft Min. Bending Radius (install/ perm.) Maximum Pulling Tension Typical Shipping Reel Size in 58/44 62/46 65/49 68/51 70/53 72/54 74/56 78/59 81/61 85/63 87/65 lbs 4,000 6,000 8,000 10,000 12,000 14,000 16,000 20,000 24,000 28,000 32,000 Flange x Width in 126x95 126x95 126x95 138x95 138x95 138x95 150x95 150x95 150x95 150x95 150x95 Shipping Reel Capacity 2 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 3,000 2, Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 3 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 4 Amps Power Rating MVA Typical Double Ductbank 4 Amps Power Rating MVA kcmil conductors are 5 segment Milliken conductors. 2 Increased shipping reel capacity can be accommodated on request. 3 Declared values for 80 x 14 AWG copper wire screen with 6 mil copper tape shield. Larger wires can accommodate more current. 4 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables Traditional Wall 650 Mil XLPE Copper Neutrals with Copper Composite Laminate Sheath 18
17 69 kv Power Cables 69 kv XLPE - Copper SW Standard Wall XLPE Copper neutrals with copper composite laminate sheath Cable Construction Reverse Concentric Stranded Copper, Compressed or Milliken Super Smooth Shield Super Clean XLPE Insulation 430 mil XLPE minimum True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Neutrals with Copper Composite Laminate Sheath Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
18 Size in kcmil Dimensional Diameter Insulation Thickness Diameter over Insulation Diameter over Sheath Overall Jacket Diameter Nominal in mm mils mm in mm in mm in mm Total Weight lbs/ft Min. Bending Radius (install/ perm.) Maximum Pulling Tension Typical Shipping Reel Size in 53/40 55/42 58/43 60/45 62/46 64/48 65/49 70/52 75/56 77/57 79/59 lbs 4,000 6,000 8,000 10,000 12,000 14,000 16,000 20,000 24,000 28,000 32,000 Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 126x95 126x95 138x95 150x95 150x95 150x95 Shipping Reel Capacity 2 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 3,000 2,800 2,500 2,200 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 3 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 4 Amps Power Rating MVA Typical Double Ductbank 4 Amps Power Rating MVA Section 2 69 kv Power Cables standard wall xlpe Copper Neutrals with Copper Composite Laminate Sheath kcmil conductors are 5 segment Milliken conductors. 2 Increased shipping reel capacity can be accommodated on request Declared values for 80 x 14 AWG copper wire screen with 6 mil copper tape shield. Larger wires can accommodate more current. 4 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded
19 69 kv Power Cables 69 kv XLPE - Aluminum Traditional Wall 650 mil XLPE Copper neutrals with aluminum composite laminate sheath Cable Construction Reverse Concentric Stranded Aluminum, Compressed Super Smooth Shield Super Clean XLPE Insulation Traditional Wall mil XLPE True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Neutrals with Aluminum Composite Laminate Sheath Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
20 Size in kcmil Dimensional Nominal Diameter in mm Diameter over Insulation in mm Diameter over Sheath in mm Overall Jacket Diameter in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in 58/44 62/46 65/49 68/51 70/52 72/54 74/56 Maximum Pulling Tension lbs 3,000 4,500 6,000 7,500 9,000 10,500 12,000 Typical Shipping Reel Size Flange x Width in 126x95 126x95 126x95 138x95 138x95 138x95 150x95 Shipping Reel Capacity 1 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 2 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 3 Amps Power Rating MVA Typical Double Ductbank 3 Amps Power Rating MVA Increased shipping reel capacity can be accommodated on request. 2 Declared values for 80 x 14 AWG copper wire screen with 8 mil aluminum tape shield. Larger wires can accommodate more current. 3 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables traditional wall 650 mil xlpe Copper Neutrals with aluminum Composite Laminate Sheath 22
21 69 kv Power Cables 69 kv XLPE - Aluminum SW Standard Wall XLPE copper neutrals with aluminum laminate sheath Cable Construction Reverse Concentric Stranded Aluminum, Compressed Super Smooth Shield Super Clean XLPE Insulation 430 mil XLPE minimum True Triple Extrusion and Dry Cured Firmly Bonded Insulation Shield Copper Neutrals with Aluminum Composite Laminate Sheath Polyethylene Jacket with Extruded Semi-Conductive Outer Layer Cable Data Voltage Characteristics (kv) Max Voltage Rating 72.5 BIL Rating 350 Temperatures ( o C) Nominal 90 Max. Emergency 105 Short Circuit 250 Minimum Installation -10 Design Characteristics Design Standards AEIC, IEC Typical Test Voltages 120 kv / 15 min. XLPE Loss Factor Relative Permittivity
22 Size in kcmil Dimensional Nominal Diameter in mm Insulation Thickness mils mm Diameter over Insulation in mm Diameter over Sheath in mm Overall Jacket Diameter in mm Total Weight lbs/ft Min. Bending Radius (install/perm.) in 53/40 56/42 58/43 60/45 62/46 64/48 65/49 Maximum Pulling Tension lbs 3,000 4,500 6,000 7,500 9,000 10,500 12,000 Typical Shipping Reel Size Flange x Traverse in 126x95 126x95 126x95 126x95 126x95 138x95 138x95 Shipping Reel Capacity 1 ft 3,000 3,000 3,000 3,000 3,000 3,000 3,000 Electrical Electrical U o Shield kv/mm Insulation Shield kv/mm Short Circuit for 0.5s 2 ka Sheath ka Resistance 20 o C Ω/kft o C Ω/kft Capacitance pf/ft Charging Current Amps/ kft o C per circuit Typical Single Ductbank 3 Amps Power Rating MVA Typical Double Ductbank 3 Amps Power Rating MVA Increased shipping reel capacity can be accommodated on request. 2 Declared values for 80 x 14 AWG copper wire screen with 8 mil aluminum tape shield. Larger wires can accommodate more current. 3 4ft top of duct, 1 o C-m/W native, 0.8 o C-m/W ductbank backfill, 25 o C Ambient, 75% lf, 9 spacing, single-point or cross bonded Section 2 69 kv Power Cables standard wall xlpe Copper Neutrals with Aluminum Composite Laminate Sheath 24
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