RHEYCORD®-PUR R
Reeling Cables with PUR Outer Sheath 300/500 V 0.6/1 (1.2) kV
Applications
Halogen and silicone free PUR 0.6/1 (1.2) kV
reeling cable for control and
power supplies.
Used e.g. in spring operated
reels, drag chains and other
drum applications.
Design
1. Conductor
Flexible, plain copper, “FSC”
better than IEC 60228 class 5
2. Insulation
Special TPE-E, thermoplastic
polyester elastomer
3. Anti-torsion braid
4. Outer sheath
PUR
refer to EN 50363-10-2
Heavy duty abrasion and
notch-resistant
Colour: black
Marking
RHEYCORD PUR-R
Number of cores - cross-section
Voltage - NEXANS - year
Core Identification
DIN VDE 0298 part 308/
HD 308 S2
4 cores:
green/yellow - brown -
black - grey
5 cores:
green/yellow - blue - brown -
black - grey
>5 cores:
black with white printed numbers -
green/yellow (in the outer layer)
Standards
Nexans specification
Mechanical properties
| Tensile stress of the conductor |
static |
15 N/mm2 |
|
dynamic |
30 N/mm2 |
| Bending radii |
according to DIN VDE 298, |
|
| Tests |
alternating/reversed and roller bending test, |
|
|
drag e-chain test, torsional resistance test |
|
| Speed limits |
up to 180 m/min |
|
Chemical properties
Oil resistant.
For indoor and outdoor applications. Moisture, UV and ozone resistance.
Silicone and halogen free.
Electrical and Thermal properties
| Nominal voltage: |
|
| - cross section . 1 mm2 |
Uo/U |
300/500 V |
| - cross section . 1.5 mm2 |
Uo/U |
0.6/1 kV |
| Test voltage: |
|
| - Power |
3.0 kV in AC |
|
| - Control |
2.0 kV in AC |
|
| Current rating (A) |
see electrical characteristics page 3.2 B |
|
| Max. temperature at the conductor: |
|
| - in service |
+ 90 ‹C |
|
| - under short-circuit conditions |
+ 250 ‹C |
|
| Max. surface temperature: |
|
| - fixed installation |
- 50 ‹C up to + 80oC |
|
| - mobile operation |
- 40 ‹C up to + 80oC |
|
RHEYCORD®-PUR R
|
Number of cores and nominal
cross-section |
Outer diameter
approx. |
Weight
approx. |
|
(mm2) |
(mm) |
(kg/km) |
| CONTROL |
4 x 1.5 |
8 |
98 |
5 x 1.5* |
9 |
128 |
7 x 1.5* |
11 |
210 |
12 x 1.5* |
17 |
330 |
18 x 1.5* |
20 |
520 |
24 x 1.5* |
23 |
660 |
30 x 1.5 |
24 |
700 |
42 x 1.5 |
28 |
950 |
4 x 2.5* |
9 |
143 |
5 x 2.5* |
10 |
184 |
7 x 2.5* |
13 |
240 |
12 x 2.5* |
19 |
470 |
18 x 2.5* |
23 |
700 |
24 x 2.5* |
26 |
950 |
30 x 2.5* |
28 |
1,040 |
36 x 2.5 |
30 |
1,240 |
42 x 2.5 |
32 |
1,462 |
| POWER |
4 x 4* |
11 |
219 |
4 x 6* |
13 |
295 |
4 x 10* |
17 |
536 |
4 x 16* |
19 |
830 |
4 x 25* |
24 |
1,190 |
4 x 35* |
28 |
1,660 |
4 x 50 |
34 |
2,580 |
4 x 70 |
42 |
3,240 |
4 x 95 |
48 |
3,795 |
4 x 120 |
53 |
4,800 |
4 x 150 |
57 |
5,920 |
5 x 4* |
12 |
270 |
5 x 6* |
13 |
360 |
5 x 10* |
19 |
665 |
5 x 16* |
23 |
782 |
| COMPOSITE |
19 x 2.5 + 5 x 1.5 (CE)* |
24 |
860 |
25 x 2.5 + 5 x 1.5 (CE) |
26 |
1,040 |
| BUS |
3 x (2 x 1)C |
16 |
410 |
Options
Further numbers of cores and cross-section upon request |