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PRODUCTS
NYCWY - PVC Insulated Heavy Current Cable with Concentric Conductor
NYCWY PVC Insulated Heavy Current Cable with Concentric Conductor
Application: In dry, humid and wet locations, cable ducts, outdoors, underground and in Water.
Construction:
1 ..... solid or stranded bare copper wire
2 ..... core insulation of polyvinylchloride (PVC)
3 ..... PVC core covering
4 ..... concentric conductor of copper wires and copper tape applied helically
5 ..... outer sheath of polyvinylchloride (PVC), black
Standards:
DIN VDE 0276-627
HD 627 S1:1996 part 1 4H1, 4H2.7H
DIN EN 60228 class 1 and 2 (construction)
HD 308 S2 (core identification)
Technical data:
|
Nominal voltage Uo/U |
|
[V] |
600 / 1000 volt |
|
Test voltage |
|
[V]AC |
4000 |
|
Temperature range |
in motion |
|
-5℃ till +70℃ |
|
|
fixed |
|
-20℃ till +70℃ |
|
Operating temperature |
short circuit |
℃ |
160 |
|
Short circuit time |
max. |
[sec] |
5 |
|
Bending radius |
one time / fixed |
x diameter |
12 |
|
|
in motion |
x diameter |
15 |
|
Flammability |
standard |
|
EN 60332-1-2 |
|
Number of cores and nominal cross section mm2 |
Copper figure kg/km |
Overall diameter appr. mm |
Weight appr. kg/km |
Current carrying capacity ground A |
Current carrying capacity air A |
|
2 x 10 RE/ 10 |
325,0 |
19 |
660,0 |
79 |
60 |
|
3 x 10 RE/ 10 |
425,0 |
20 |
760,0 |
79 |
60 |
|
3 x 16 RE/ 16 |
670,0 |
22 |
1.040,0 |
102 |
80 |
|
3 x 25 RM/ 16 |
940,0 |
26 |
1.490,0 |
133 |
108 |
|
3 x 25 RM/ 25 |
1.045,0 |
26 |
1.580,0 |
133 |
108 |
|
3 x 35 SM/ 16 |
1.240,0 |
27 |
1.800,0 |
160 |
132 |
|
3 x 35 SM/ 35 |
1.460,0 |
29 |
1.880,0 |
160 |
132 |
|
3 x 50 SM/ 25 |
1.795,0 |
30 |
2.260,0 |
190 |
160 |
|
3 x 50 SM/ 50 |
2.083,0 |
31 |
2.460,0 |
190 |
160 |
|
3 x 70 SM/ 35 |
2.510,0 |
33 |
3.060,0 |
234 |
202 |
|
3 x 70 SM/ 70 |
2.913,0 |
34 |
3.310,0 |
234 |
202 |
|
3 x 95 SM/ 50 |
3.433,0 |
38 |
4.080,0 |
280 |
249 |
|
3 x 95 SM/ 95 |
3.949,0 |
40 |
4.510,0 |
280 |
249 |
|
3 x 120 SM/ 70 |
4.413,0 |
42 |
5.040,0 |
319 |
289 |
|
3 x 120 SM/120 |
4.985,0 |
43 |
5.490,0 |
319 |
289 |
|
3 x 150 SM/ 70 |
5.313,0 |
46 |
6.040,0 |
357 |
329 |
|
3 x 150 SM/150 |
6.219,0 |
47 |
6.750,0 |
357 |
329 |
|
3 x 185 SM/ 95 |
6.649,0 |
51 |
7.510,0 |
402 |
377 |
|
3 x 240 SM/120 |
8.585,0 |
57 |
9.640,0 |
463 |
377 |
|
4 x 10 RE/ 10 |
525,0 |
21 |
890,0 |
79 |
60 |
|
4 x 16 RE/ 16 |
829,0 |
23 |
1.240,0 |
102 |
80 |
|
4 x 25 RM/ 16 |
1.190,0 |
28 |
1.800,0 |
133 |
108 |
|
4 x 35 SM/ 16 |
1.590,0 |
28 |
2.130,0 |
160 |
132 |
|
4 x 50 SM/ 25 |
2.295,0 |
33 |
2.870,0 |
190 |
160 |
|
4 x 70 SM/ 35 |
3.210,0 |
36 |
3.870,0 |
234 |
202 |
|
4 x 95 SM/ 50 |
4.383,0 |
43 |
5.303,0 |
280 |
249 |
|
4 x 120 SM/ 70 |
5.613,0 |
46 |
6.380,0 |
319 |
289 |
|
4 x 150 SM/ 70 |
6.813,0 |
51 |
7.730,0 |
357 |
329 |
|
4 x 185 SM/ 95 |
8.499,0 |
57 |
9.770,0 |
402 |
377 |
|
4 x 240 SM/120 |
10.913,0 |
64 |
12.540,0 |
463 |
443 |