flame retardant acc. IEC 60332-1-2 cable to a large extent oil resistant cable suitable for drag-chains max. permitted temperature at conductor 90 °C min. installation temperature -25 °C cable for reeling application installation in free air without UV-protection (cable UV-resistant)
0530850400500
drum 500 m
Invalid input!
on request
Price
Price
Price
0530850401000
drum 1000 m
Invalid input!
on request
Price
Price
Price
0530850400000
cut length
Invalid input!
on request
Price
Price
Price

Log in to see prices

New here? Register now
0
Customs Tariff Number (code number) 85446010900000000
Conductor material tinned copper
Conductor construction Class 5 = flexible
Insulation basic EPR
Electrical field control inner and outer semiconducting rubber layer
Screen coverage 85 %
Sheathing material rubber 5GM5
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
Max. short circuit temperature at conductor, °C 200 °C
Permitted outer cable temperature, fixed, °C -40 - +80 °C
Permitted outer cable temperature, moved, °C -25 - +80 °C
Bending radius, moving application 8 x Ø
Maximum tensile strength at the conductor 15 N/mm²
Operating speed 240 m/min.
Number of cores 1
Nominal cross section, sqmm 240 mm²
Conductor resistance 0.081699999999999995 Ohm/km
Ampacity in air (30 °C) 607 A
outer diameter approx. 41.00 mm
Copper weight (GER) 2587
metal base Cu 150 EUR/100 kg
net weight per 1000 3303 kg
Unit of measurement metre
crane cables / hoist cables yes
Nominal voltage 6/10 kV
Sheathing material rubber
Cable shape round
Oil-resistant yes
Colour red
Conductor construction class 5 = fine stranded
Insulation rubber

Power supply cable can be used in offshore power systems for low-speed energy chains, drum applications or to supply energy to large electrical applications and drives via energy carrier systems.

All images shown here are for illustrations and product reference purposes only.

Contact
Cable calculator