flame retardant acc. IEC 60332-1-2 cable to a large extent oil resistant max. permitted temperature at conductor 90 °C cable for reeling application installation in free air without UV-protection (cable UV-resistant)
0524740400300
drum 300 m
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MOQ

MOQ: 1 km

Delivery time: approx. 28 weeks

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0524740400500
drum 500 m
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MOQ: 1 km

Delivery time: approx. 28 weeks

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0524740401000
drum 1000 m
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MOQ: 1 km

Delivery time: approx. 28 weeks

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0524740400000
cut length
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MOQ: 1 km

Delivery time: approx. 28 weeks

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Customs Tariff Number (code number) 85446010900000000
Standard DIN VDE 0250-813 (with ref. to)
Conductor material tinned copper
Conductor construction Class 5 = flexible
Insulation rubber (EPR) 3GI3
Electrical field control inner and outer semiconducting rubber layer
Screen spiral copper wires, tinned
Torsion +/- 25 °/m
Sheathing material rubber (CR) 5GM3
Colour of outer sheath red
Flame-retardant VDE 0482-332-1-2/IEC 60332-1-2
UV-resistant yes
Oil-resistant EN 60811-404
Ozone-resistant yes
Max. temperature at conductor, °C 90 °C
Permitted outer cable temperature, fixed, °C -40 - +80 °C
Permitted outer cable temperature, moved, °C -25 - +60 °C
Bending radius, fixed installation 6 x Ø
Bending radius, moving application 10 x Ø
Maximum tensile strength at the conductor 15 N/mm²
Number of cores 1
diameter conductor 17.4 mm
Nominal cross section, sqmm 185 mm²
Conductor resistance 0.108 Ohm/km
Ampacity in air (30 °C) 627 A
Short-circuit current (1 s) 26.46 kA
outer diameter approx. 32.30 mm
Tensile strength (permanent) 2775 N
Copper weight (GER) 2078
metal base Cu 150 EUR/100 kg
net weight per 1000 2580 kg
Unit of measurement metre
Nominal voltage 6/10 kV
Sheathing material rubber
Cable shape round
Halogen-free no
Oil-resistant yes
Colour red
Conductor construction class 5 = fine stranded
Insulation FRNC-rubber

Single core cables are used in short lengths, e.g. for the connection of switchgear cubicles and for the connection of mobile transformer substations. When laying and during operation, care should be taken to protect them from excessive mechanical stress. The outer semi-conducting layer must not be heated before removal.

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