H05VV5-F
H05VV5-F
PVC Control Cable Oil Resistant
Application:
In dry and wet locations for low and medium-level mechanical stress, but not in the open-air. To be used as a termination and connection cable in the control, measuring and signal technology. Suitable as a signal and impulse cable for control and inspection of industrial plants, production lines and machinery.
Construction:
1 ..... fine-stranded bare copper
2 ..... core insulation of polyvinylchloride (PVC-mixture YI2)
3 ..... outer sheath of polyvinylchloride (PVC-mixture YM2), grey
Standards:
DIN VDE 0281-part 13
DIN EN 60228 class 5 (construction)
core identification:
1 core green/yellow, other cores black with figures
Technical data:
Nominal voltage Uo/U | [V] | 300 / 500 volt | |
Test voltage | [V]AC | 2000 | |
Temperature range | in motion | -5°C till +70°C | |
one time / fixed | -40°C till +70°C | ||
Operating temperature | short circuit | °C | 150 |
Bending radius | one time / fixed | x diameter | 12,5 |
in motion | x diameter | 15 | |
Oil-resistant | standard | EN 60811-2-1 | |
Flammability | standard | EN 60332-1-2 | |
Insulation resistance | min. | [MOhm/km] | 20 |
Number of cores and nominal cross section mm2 | Copper figure kg/km | Cond. construction (appr. value) mm | Overall diameter appr. mm | Weight appr. kg/km | |||
---|---|---|---|---|---|---|---|
2 X 0,75 * | 15,0 | 24 x 0,21 | 6,1 | 55,0 | |||
3 G 0,75 | 22,5 | 24 x 0,21 | 6,6 | 66,0 | |||
4 G 0,75 | 30,0 | 24 x 0,21 | 7,3 | 83,0 | |||
5 G 0,75 | 37,5 | 24 x 0,21 | 8,1 | 102,0 | |||
7 G 0,75 | 52,5 | 24 x 0,21 | 8,9 | 129,0 | |||
12 G 0,75 | 90,0 | 24 x 0,21 | 11,9 | 227,0 | |||
18 G 0,75 | 135,0 | 24 x 0,21 | 14,2 | 329,0 | |||
25 G 0,75 | 187,5 | 24 x 0,21 | 16,5 | 449,0 | |||
34 G 0,75 | 255,0 | 24 x 0,21 | 19,2 | 609,0 | |||
50 G 0,75 * | 375,0 | 24 x 0,21 | 23,2 | 893,0 | |||
2 X 1 | 20,0 | 32 x 0,21 | 6,5 | 63,0 | |||
3 G 1 | 30,0 | 32 x 0,21 | 6,9 | 77,0 | |||
4 G 1 | 40,0 | 32 x 0,21 | 7,7 | 97,0 | |||
5 G 1 | 50,0 | 32 x 0,21 | 8,5 | 120,0 | |||
7 G 1 | 70,0 | 32 x 0,21 | 9,4 | 152,0 | |||
12 G 1 | 120,0 | 32 x 0,21 | 12,6 | 268,0 | |||
18 G 1 | 180,0 | 32 x 0,21 | 15,0 | 389,0 | |||
25 G 1 | 250,0 | 32 x 0,21 | 17,5 | 533,0 | |||
34 G 1 | 340,0 | 32 x 0,21 | 20,4 | 721,0 | |||
2 X 1,5 * | 30,0 | 30 x 0,26 | 7,6 | 90,0 | |||
3 G 1,5 | 45,0 | 30 x 0,26 | 8,2 | 110,0 | |||
4 G 1,5 | 60,0 | 30 x 0,26 | 9,1 | 138,0 | |||
5 G 1,5 | 75,0 | 30 x 0,26 | 10,1 | 172,0 | |||
7 G 1,5 | 105,0 | 30 x 0,26 | 11,1 | 219,0 | |||
12 G 1,5 | 180,0 | 30 x 0,26 | 14,9 | 388,0 | |||
18 G 1,5 | 270,0 | 30 x 0,26 | 17,9 | 565,0 | |||
25 G 1,5 | 375,0 | 30 x 0,26 | 20,9 | 775,0 | |||
34 G 1,5 | 510,0 | 30 x 0,26 | 24,3 | 1.051,0 | |||
3 G 2,5 | 75,0 | 50 x 0,26 | 9,7 | 162,0 | |||
4 G 2,5 | 100,0 | 50 x 0,26 | 10,7 | 205,0 | |||
5 G 2,5 | 125,0 | 50 x 0,26 | 12,0 | 256,0 | |||
7 G 2,5 | 175,0 | 50 x 0,26 | 13,2 | 328,0 | |||
12 G 2,5 | 300,0 | 50 x 0,26 | 17,8 | 581,0 | |||
18 G 2,5 | 450,0 | 50 x 0,26 | 21,3 | 848,0 | |||
34 G 2,5 | 850,0 | 50 x 0,26 | 29,0 | 1.584,0 | |||
4 G 4 * | 160,0 | 56 x 0,31 | 11,6 | 280,0 | |||
5 G 4 * | 200,0 | 56 x 0,31 | 14,1 | 340,0 | |||
7 G 4 * | 280,0 | 56 x 0,31 | 15,1 | 445,0 | |||
4 G 6 * | 240,0 | 84 x 0,31 | 16,8 | 450,0 | |||
5 G 6 * | 300,0 | 84 x 0,31 | 18,4 | 550,0 |