A2XH-AF

A2XH-AF

A2XH-AF

Category:

tds
Code
A2XH-AF , AXZ1-AF                AL/XLPE/HFFR
Voltage Rating
0.6/1 kV
Standards
IEC 60228 Conductor
EN 61034 Smoke Density
EN 50267 Halogen Free
EN 60332-3 Flame Retardant (Cat C)
Reaction to Fire Classification ( CPR )
EN 60332-1-2 Flame Retardant
Conductor
Flexible Aluminum Conductor (Class 5)
Insulation
XLPE (Cross-linked Polyethylene)
Filler
Halogen Free Filler
Armour
–
Sheath
Halogen Free Sheath
Technical Data
Max. Operating Temperature : 90°C
Short  Circuit  Temperature : 250°C (max.5 sec)
Bending Radius : 6D ( D : Overall Diameter )
Test Voltage : 3,5 kV
Application:
Used in energy networks in refineries, mines, hotels, schools, tunnels, high constructions, hospitals, power plants, data processing
centers, business centers where there is a risk of fire.
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
1×1,5* 5,7 41,4 1000 19,25 – –
1×2,5* 6,2 48,5 1000 11,55 – –
1×4* 6,8 59,1 1000 7,22 – –
1×6* 7,3 69,4 1000 4,81 – –
1×10 8,4 92,2 1000 3,08 – –
1×16 9,2 116,1 1000 1,91 – –
1×25 11,3 167,6 1000 1,20 114 106
1×35 12,3 205,4 1000 0,868 136 130
1×50 13,5 256,6 1000 0,641 162 161
1×70 15,6 329,4 1000 0,443 199 204
1×95 17,7 424,0 1000 0,320 238 252
1×120 19,6 524,7 1000 0,253 272 295
1×150 21,5 637,6 1000 0,206 305 339
1×185 23,9 778,6 1000 0,164 347 395
1×240 27,0 1003,9 1000 0,125 404 472
1×300 29,5 1217,8 1000 0,100 457 547
1×400 33,2 1551,7 1000 0,0778 525 643
1×500 37,6 1924,9 500 0,0605 601 754
1×630 41,7 2429,8 500 0,0469 687 882
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
2×1,5* 10,4 143,3 1000 19,25 – –
2×2,5* 11,3 169,6 1000 11,55 – –
2×4* 12,6 210,0 1000 7,22 – –
2×6* 13,5 254,1 1000 4,81 – –
2×10 15,8 336,2 1000 3,08 – –
2×16 17,5 420,1 1000 1,91 – –
2×25 21,5 627,5 1000 1,20 112 102
2×35 23,8 778,1 1000 0,868 135 126
2×50 26,5 977,9 1000 0,641 158 149
2×70 31,0 1311,9 1000 0,443 196 191
2×95 34,9 1672,9 1000 0,320 234 234
2×120 39,4 2122,2 1000 0,253 268 273
2×150 43,2 2569,8 1000 0,206 300 311
2×185 48,1 3184,4 1000 0,164 342 360
2×240 54,2 4071,7 500 0,125 398 427
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
3×1,5* 10,9 154,5 1000 19,25 – –
3×2,5* 11,8 184,5 1000 11,55 – –
3×4* 13,2 229,9 1000 7,22 – –
3×6* 14,2 280,5 1000 4,81 – –
3×10 16,7 373,7 1000 3,08 – –
3×16 18,5 472,8 1000 1,91 – –
3×25 22,9 707,6 1000 1,20 112 102
3×35 25,3 883,4 1000 0,868 135 126
3×50 28,3 1132,4 1000 0,641 158 149
3×70 33,2 1512,4 1000 0,443 196 191
3×95 37,5 1949,1 1000 0,320 234 234
3×120 42,2 2443,2 1000 0,253 268 273
3×150 46,3 2970,9 500 0,206 300 311
3×185 51,8 3698,6 500 0,164 342 360
3×240 58,5 4736,8 500 0,125 398 427
3×300 64,8 5858,2 250 0,100 457 507
3×400 72,9 7449,4 250 0,0778 529 600
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
3×16+10 19,7 531,9 1000 1,91 – 3,08 – –
3×25+16 23,9 772,3 1000 1,20 – 1,91 112 102
3×35+16 25,9 929,3 1000 0,868 – 1,91 135 126
3×50+25 29,6 1228,7 1000 0,641 – 1,20 158 149
3×70+35 34,5 1641,1 1000 0,443 – 0,868 196 191
3×95+50 39,1 2112,6 1000 0,320 – 0,641 234 234
3×120+70 44,4 2711,5 500 0,253 – 0,443 268 273
3×150+70 47,8 3184,1 500 0,206 – 0,443 300 311
3×185+95 53,6 3967,0 500 0,164 – 0,320 342 360
3×240+120 60,5 5087,6 500 0,125 – 0,253 398 427
3×300+150 66,7 6232,0 250 0,100 – 0,206 457 507
3×400+185 74,8 7852,5 250 0,0778 – 0,164 529 600
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
4×1,5* 11,6 175,5 1000 19,25 – –
4×2,5* 12,7 211,6 1000 11,55 – –
4×4* 14,2 266,3 1000 7,22 – –
4×6* 15,4 327,2 1000 4,81 – –
4×10 18,2 440,9 1000 3,08 – –
4×16 20,2 563,6 1000 1,91 – –
4×25 25,1 850,2 1000 1,20 112 102
4×35 27,9 1066,3 1000 0,868 135 126
4×50 31,3 1387,5 1000 0,641 158 149
4×70 36,7 1852,6 1000 0,443 196 191
4×95 41,6 2389,7 1000 0,320 234 234
4×120 46,8 3017,3 500 0,253 268 273
4×150 51,3 3675,7 500 0,206 300 311
4×185 57,5 4566,3 500 0,164 342 360
4×240 65,0 5888,4 250 0,125 398 427
4×300 71,6 7186,9 250 0,100 457 507
4×400 80,6 9153,4 250 0,0778 529 600
Nominal Cross Section Overall Diameter Net Weight Delivery Length Resistance at 20°C Current Carrying Capacity
(mm²) (mm) (kg/km) (m) (ohm/km) In Ground at 20°C In Air at 30°C
5×1,5* 12,5 239,2 1000 19,25 – –
5×2,5* 13,7 287,1 1000 11,55 – –
5×4* 15,4 359,7 1000 7,22 – –
5×6* 16,6 437,6 1000 4,81 – –
5×10 19,8 590,5 1000 3,08 – –
5×16 22,0 750,8 1000 1,91 – –
5×25 27,5 1129,2 1000 1,20 112 102
5×35 30,7 1407,9 1000 0,868 135 126
5×50 34,3 1798,9 1000 0,641 158 149
5×70 40,5 2396,4 500 0,443 196 191
5×95 46,0 3062,6 500 0,320 234 234
5×120 51,8 3800,0 500 0,253 268 273
5×150 56,8 4666,2 500 0,206 300 311
5×185 63,6 5792,0 250 0,164 342 360
5×240 71,9 7473,4 250 0,125 398 427
5×300 79,3 9115,3 250 0,100 457 507
5×400 89,4 11665,8 250 0,0778 529 600
Note 1:
* Conductor resistance calculated theoretically.Conductor resistances are taken from EN 60228 Class-2 Aluminum values.
Note 2:
Current carrying capacities are valid at 30°C ambient temperature.

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