Rubber reeling cable

Rubber Reeling Cable — Drum-Wound Flexible Power Cable for Mobile Equipment

Rubber reeling cables are specifically engineered for continuous winding and unwinding on cable drums and reels, providing reliable power to mobile cranes, portal cranes, dockside equipment, reach stackers, and similar machinery where the power connection must travel with the equipment. The cable construction resists torsion, compression on the drum, and the mechanical stresses inherent to repeated reeling cycles.

Constructed with extra-fine-wire stranded copper conductors, EPDM or EPR rubber insulation, and a robust neoprene or chloroprene outer sheath, rubber reeling cables are rated from 0.6/1 kV up to 6 kV. 3 to 4 power cores with optional pilot, control, and earth monitoring conductors; cross-sections from 4 mm² to 300 mm².


Key Design Features

  • Extra-fine-wire copper conductors — optimised for repeated bending and torsion
  • EPDM / EPR insulation — high dielectric strength and thermal stability
  • Neoprene outer sheath — excellent oil, UV, and abrasion resistance
  • Balanced lay construction to prevent cable rotation on the drum
  • Optional pilot and control conductors integrated in the cable
  • Rated 0.6/1 kV to 6 kV; temperature ‑40°C to +90°C
  • Compliant with IEC 60245, VDE 0250

Electrical & Mechanical Specifications

ParameterValue
Rated Voltage0.6/1 kV to 6 kV AC
InsulationEPDM / EPR rubber
SheathNeoprene / chloroprene rubber
Cross-sections4–300 mm²
Cores3, 4 power + optional pilot/control
Temp. Range‑40°C to +90°C
StandardIEC 60245, VDE 0250

Typical Applications

  • Mobile and gantry cranes with spring-loaded cable reels
  • Portal cranes and ship-to-shore container cranes
  • Reach stackers and rubber-tyred gantry cranes
  • Dockside and port equipment power reeling systems
  • Mining haul truck cable reel systems
  • Automated warehouse stacker cranes

Selection Guide

Key Parameters for Reel Cable Specification

Always specify: drum diameter, number of winding layers, reel speed, total cable length, and ambient temperature range. The drum-to-cable diameter ratio determines minimum bend radius requirements and affects conductor sizing to prevent fatigue failure.

Request a quotation or datasheet: sales@rvpowergroup.com

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables

Rubber Insulated Cables


Rubber Insulated Cables

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