EXVB

Constructions

1-Conductor Solid or stranded copper (Class 1 or Class 2)
2-Insulation Cross linkable polyethylene  (XLPE)

3-Filler Polyvinyl chloride (PVC)
4-Outer sheath Polyvinyl chloride (PVC)

Specifications

Min. bending radius 12 x D
Max. operating temperature 90°
Max. short circuit temperature 250°
Rated voltage Uo/U 0.6/1 kV
AC test voltage 4 kV
Flame propagation test on single cable EN 60332-1
Lead free Pb

Technical Data

Nominal Cross Section mm² Overall Diameter mm approximately Net Weight kg/km approximately Conductor DC Resistance at (20°C) max. ohm/km Current Carrying Capacity in
Ground (A) Air (A)
EXVB (0,6/1 kV)      
1×1,5 6,15 54 12,1 23
1×2,5 6,54 66 7,41 34 31
1×4 7,01 84 4,61 66 54 56 40
1×6 7,51 106 3,08 82 67 79 53
1×10 8,85 157 1,83  109 89 101 74
1×16 9,80 218 1,15 139 115 137 101
1×25 11,40 320 0,727 179 148 182 135
1×35 12,50 418 0,524 213 177 226 169
1×50 14,20 555 0,387 251 209 275 207
1×70 15,90 764 0,268 307 256 353 268
1×95 17,80 1019 0,193 366 307 430 328
1×120 19,70 1269 0,153 416 349 500 383
1×150 21,40 1548 0,124 465 393 577 444
1×185 23,40 1907 0,0991 526 445 661 510
1×240 26,60 2471 0,0754 610 517 781 607
1×300 28,80 3124 0,0601 927 663 901 697
1×400 34,0 3939 0,0470 1064 749 1060 811
1×500 39,9 5073 0,0366 1127 843 1252 940
 3×1,5 11,90 194 12,1 30 23
 3×2,5 12,90 242 7,41 40 32
3×4 13,80 305 4,61 50 42
3×6 14,90 382 3,08 65 54
3×10 17,40 557 1,83 90 75
3×16 19,60 774 1,15 120 100
3×25 22,90 1130 0,727 150 127
 3×35 25,40 1478 0,524 175 157
4×1,5 12,80 229 12,1 30 23
4×2,5 13,70 282 7,41 40 32
4×4 14,80 365 4,61 50 42
4×6 16,00 462 3,08 65 54
 4×10 18,80 683 1,83  90 75
 4×16 21,30 962 1,15 120 100
4×25 25,00 1417 0,727 150 127
4×35 27,70 1859 0,524 175 157
5×1,5 13,50 259  12,1 30 23
5×2,5 14,60 327 7,41 40 32
 5×4 15,80 428 4,61 50 42
5×6 17,10 545 3,08 65 54
5×10 20,0 808 1,83 90 75
5×16 23,00 1160 1,15 120 100
5×25 27,20 1728 0,727 150 127
5×35 30,30 2282 0,524 175 157

Applications

For indoor and outdoor in cables ducts and in industrial plants or switching stations where mechanical damage is not anticipated. Suitable for comparatively high ambient temperature due to high maximum permissible conductor temperature.

Standards