A2X2Y-AF

A2X2Y-AF

A2X2Y-AF

Category:

tds
Code
A2X2Y-AF           AL/XLPE/PVC/HDPE
Voltage Rating
0.6/1 kV  AC     –    1000 / 1800 V  DC
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
PVC Filler
Armour
–
Sheath
HDPE (High Density Polyethylene) – UV Resistance
Waterproof ACC. AD8
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:
For installation indoors and outdoors, in cable ducts, underground , in power or switching stations,local energy
distributions, industrial plants, where there is no risk of mechanical damage.Suitable for comparatively high
 maximum permissible conductor temperature.
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* 6,9 47,6 1000 19,25 – –
1×2,5* 7,4 55,0 1000 11,55 – –
1×4* 8,0 66,1 1000 7,22 – –
1×6* 8,3 76,8 1000 4,81 – –
1×10 9,6 100,5 1000 3,08 – –
1×16 10,4 125,0 1000 1,91 – –
1×25 12,5 178,1 1000 1,20 114 106
1×35 13,5 216,7 1000 0,868 136 130
1×50 14,7 268,9 1000 0,641 162 161
1×70 16,9 352,2 1000 0,443 199 204
1×95 18,8 447,0 1000 0,320 238 252
1×120 21,3 558,6 1000 0,253 272 295
1×150 23,0 674,2 1000 0,206 305 339
1×185 25,7 829,3 1000 0,164 347 395
1×240 28,7 1056,7 1000 0,125 404 472
1×300 31,7 1305,0 1000 0,100 457 547
1×400 35,2 1644,2 500 0,0778 525 643
1×500 40,2 2080,8 500 0,0605 601 754
1×630 44,1 2573,8 500 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* 10,4 118,7 1000 19,25 – –
2×2,5* 11,3 142,8 1000 11,55 – –
2×4* 12,6 179,8 1000 7,22 – –
2×6* 13,5 221,1 1000 4,81 – –
2×10 15,8 298,0 1000 3,08 – –
2×16 17,5 377,9 1000 1,91 – –
2×25 21,5 576,0 1000 1,20 112 102
2×35 23,8 722,0 1000 0,868 135 126
2×50 26,3 916,6 1000 0,641 158 149
2×70 30,9 1237,8 1000 0,443 196 191
2×95 35,0 1586,0 1000 0,320 234 234
2×120 39,3 2015,7 1000 0,253 268 273
2×150 43,0 2449,4 1000 0,206 300 311
2×185 48,2 3047,2 500 0,164 342 360
2×240 54,3 3906,2 500 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* 10,9 128,4 1000 19,25 – –
3×2,5* 11,8 155,8 1000 11,55 – –
3×4* 13,2 197,6 1000 7,22 – –
3×6* 14,2 245,2 1000 4,81 – –
3×10 16,7 332,3 1000 3,08 – –
3×16 18,5 427,0 1000 1,91 – –
3×25 22,9 651,2 1000 1,20 112 102
3×35 25,3 821,5 1000 0,868 135 126
3×50 28,1 1059,8 1000 0,641 158 149
3×70 33,2 1424,5 1000 0,443 196 191
3×95 37,5 1839,9 1000 0,320 234 234
3×120 42,2 2317,0 1000 0,253 268 273
3×150 46,3 2827,9 1000 0,206 300 311
3×185 51,8 3526,9 500 0,164 342 360
3×240 58,6 4530,0 500 0,125 398 427
3×300 64,4 5616,3 500 0,100 457 507
3×400 72,5 7151,1 250 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 19,7 482,6 1000 1,91 – 3,08 – –
3×25+16 23,9 712,6 1000 1,20 – 1,91 112 102
3×35+16 25,9 864,7 1000 0,868 – 1,91 135 126
3×50+25 29,4 1156,2 1000 0,641 – 1,20 158 149
3×70+35 34,6 1548,1 1000 0,443 – 0,868 196 191
3×95+50 39,0 1997,1 1000 0,320 – 0,641 234 234
3×120+70 44,3 2570,1 500 0,253 – 0,443 268 273
3×150+70 47,7 3025,9 500 0,206 – 0,443 300 311
3×185+95 53,7 3785,6 500 0,164 – 0,320 342 360
3×240+120 60,4 4859,8 500 0,125 – 0,253 398 427
3×300+150 66,6 5965,5 250 0,100 – 0,206 457 507
3×400+185 74,8 7537,2 250 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* 11,6 147,3 1000 19,25 – –
4×2,5* 12,7 180,4 1000 11,55 – –
4×4* 14,2 231,0 1000 7,22 – –
4×6* 15,4 288,5 1000 4,81 – –
4×10 18,2 395,5 1000 3,08 – –
4×16 20,2 513,1 1000 1,91 – –
4×25 25,1 787,7 1000 1,20 112 102
4×35 27,8 997,7 1000 0,868 135 126
4×50 31,1 1302,2 1000 0,641 158 149
4×70 36,7 1749,3 500 0,443 196 191
4×95 41,6 2261,9 500 0,320 234 234
4×120 46,8 2862,5 500 0,253 268 273
4×150 51,3 3500,9 250 0,206 300 311
4×185 57,5 4357,8 250 0,164 342 360
4×240 65,0 5628,2 250 0,125 398 427
4×300 71,6 6884,9 250 0,100 457 507
4×400 80,6 8784,2 250 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* 12,5 173,5 1000 19,25 – –
5×2,5* 13,7 214,8 1000 11,55 – –
5×4* 15,4 278,2 1000 7,22 – –
5×6* 16,6 354,9 1000 4,81 – –
5×10 19,8 485,5 1000 3,08 – –
5×16 22,0 634,2 1000 1,91 – –
5×25 27,5 984,4 1000 1,20 112 102
5×35 30,7 1260,2 1000 0,868 135 126
5×50 34,5 1643,1 1000 0,641 158 149
5×70 40,5 2226,5 500 0,443 196 191
5×95 46,0 2865,7 500 0,320 234 234
5×120 51,8 3623,3 500 0,253 268 273
5×150 56,8 4458,0 250 0,206 300 311
5×185 63,6 5545,3 250 0,164 342 360
5×240 71,9 7167,9 250 0,125 398 427
5×300 79,3 8762,2 250 0,100 457 507
5×400 89,4 11222,8 250 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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