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Flexible PVC-extruded braided copper tapes 10-210 mm2
insulated by a black high quality vinyl compound
Technical data
Construction and application
Our flexible PVC-extruded braided copper
tapes are made out of annealed uncoated Cu-ETP wires and are insulated
by a black high quality vinyl compound. The compound is hardly
inflammable/self-extinguishing and free of lead. The electrical
conductor is a flexible copper braid manufactured by a flat rolled
copper tube. The technical characteristics of the insulation material
e.g. the operating voltage up to 1 kV and the heat resistance up to
+105° C combined with the flexibility of the braids offer multifarious
applications inside switchgears or control panel devices as well
as earthing connections. The braids belong to our standard range and are
normally in stock for fast delivery, electively in rings or on spools.
The described insulation with black colour is standard but on request by
ordering an appropriate quantity it is also possible to manufacture a
translucent nature coloured PVC-insulation with a heat resistance to
appr. +85° C. |
Technical data
Electrical conductor
- braided copper tapes made out of Cu-ETP wires
- annealed, uncoated wires
- single wire-Ø 0,15 mm (10/16 mm2) respectively
single wire-Ø 0,20 mm (25-210 mm2)
Delivery
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Insulation
- special vinyl compound
- black, free of lead
- self-extinguishing acc. to UL 94 VO
- elasticity 365%
- dielectric strength 20 kV/mm
- operating voltage max. 1 kV
- operating temperature -20° C up to +105° C
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Part-No.
|
technical data |
cross-section
mm2
|
ca. dimensions mm |
|
braid |
with insulation |
current load
in dependence of the conductor heat in ° Celsius |
B |
x |
S |
B |
x |
S |
65° |
75° |
85° |
90° |
95° |
105° |
16280 |
10 |
10 |
x |
2 |
12 |
x |
4 |
75 A |
85 A |
100 A |
105 A |
110 A |
120 A |
16281 |
16 |
16 |
x |
2 |
18 |
x |
4 |
100 A |
120 A |
140 A |
150 A |
155 A |
170 A |
16282 |
25 |
25 |
x |
2 |
27 |
x |
4 |
145 A |
175 A |
200 A |
210 A |
220 A |
240 A |
16283 |
35 |
25 |
x |
3 |
27 |
x |
5 |
170 A |
205 A |
235 A |
250 A |
260 A |
285 A |
16284 |
50 |
25 |
x |
4 |
27,4 |
x |
6,4 |
205 A |
245 A |
280 A |
300 A |
315 A |
340 A |
16285 |
50 |
30 |
x |
3,3 |
32,4 |
x |
5,7 |
215 A |
260 A |
295 A |
310 A |
330 A |
360 A |
16286 |
70 |
25 |
x |
5,6 |
27,4 |
x |
8 |
245 A |
295 A |
335 A |
355 A |
375 A |
410 A |
16287 |
70 |
35 |
x |
4 |
37,4 |
x |
6,4 |
270 A |
325 A |
370 A |
390 A |
410 A |
450 A |
16288 |
100 |
35 |
x |
5,7 |
38,2 |
x |
8,9 |
325 A |
390 A |
445 A |
470 A |
495 A |
540 A |
16289 |
120 |
40 |
x |
6 |
43,2 |
x |
9,2 |
375 A |
445 A |
510 A |
540 A |
565 A |
620 A |
16290 |
140 |
40 |
x |
7 |
43,6 |
x |
10,6 |
405 A |
480 A |
550 A |
580 A |
610 A |
670 A |
16291 |
210 |
42 |
x |
10 |
46 |
x |
14 |
505 A |
605 A |
690 A |
730 A |
765 A |
835 A |
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Remark: All information about current load are approximate values in
consideration of the cables heat for single laying of air cooled cables and
ambient temperature +35° C. The temperature of the conductor is in dependent
on the installation, the application, the cooling, the ambient temperature
etc., so that if necessary reducing factors are to be considered. With
pleasure our employees assist your company in finding optimal solutions. |
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