3X240 + 3X120/3 0.6/1 kV BK
Your p/nr.
MOQ
MOQ: 1 km
Delivery time: approx. 30 weeks
in stock
Discounted residual lengths
Your p/nr.
Discounted residual lengths
Your p/nr.
| Customs Tariff Number (code number) | 85444995900000000 |
| Standard | VDE 0250-814 (wih reference to) |
| Conductor material | copper, bare |
| Conductor construction | Class 5 = flexible |
| Insulation | rubber (EPR) 3GI3 |
| Arrangement of protective conductors | split in the outer interstices |
| Material inner sheath | Gummi 5GM3 |
| Torsion protection | polyester braid |
| Torsion | +/- 50 °/m |
| Sheathing material | rubber (CR) 5GM5 |
| Colour of outer sheath | black |
| Flame-retardant | VDE 0482-332-1-2/IEC 60332-1-2 |
| Oil-resistant | EN 60811-2-1 |
| Max. temperature at conductor, °C | 90 °C |
| Permitted outer cable temperature, fixed, °C | -40 - +80 °C |
| Permitted outer cable temperature, moved, °C | -40 - +80 °C |
| Bending radius, fixed installation | 4 x Ø |
| Bending radius, moving application | 5 x Ø |
| Maximum tensile strength at the conductor | 20 N/mm² |
| Operating speed | 180 m/min. |
| Core identification | colours acc. to VDE 0293 (HD308) |
| Nominal cross section, sqmm | 240 mm² |
| Conductor resistance | 0.08 Ohm/km |
| Ampacity in air (30 °C) | 540 A |
| outer diameter min. | 64 mm |
| outer diameter max. | 70 mm |
| outer diameter approx. | 70.00 mm |
| Tensile strength (permanent) | 14400 N |
| Copper weight (GER) | 8064 |
| metal base Cu | 150 EUR/100 kg |
| net weight per 1000 | 10380 kg |
| Unit of measurement | metre |
| crane cables / hoist cables | yes |
| GOST/EAC | yes |
| Nominal voltage | 0,6/1 kV |
| Sheathing material | rubber |
| Cable shape | round |
| Halogen-free | no |
| Oil-resistant | yes |
| Colour | black |
| Conductor construction | class 5 = fine stranded |
| Insulation | rubber |
These cables are intended for applications where frequent winding and unwinding is necessary during operation, in particular with simultaneous tensile strain and/or torsional stress and/or forced guidance of the cable. Where excessive stress, particularly high dynamic tensile force may be expected, e.g. as a result of high acceleration figures, the permissible stress limits have to be determined individually.
All images shown here are for illustrations and product reference purposes only.
The discount on our residual lengths is only valid for orders placed via our Faber B2B webshop.