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Port and festoon cable applications across port cranes, ships and heavy moving equipment

Port & Festoon Cables

Port crane cable selection

Match festoon, reeling and crane cable to the movement

TEBAOFLEX manufactures festoon cable, crane cable and port crane cable for STS, RTG, RMG, gantry and spreader systems. Start with movement duty: festoon loops, powered-drum reeling or vertical spreader travel. Then verify voltage, bend radius, speed, tensile load, fibre or control elements and outdoor exposure. The range includes flexible festoon cable, low- and medium-voltage crane cable, flat travelling, anti-torsion and fibre-optic reeling designs.

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Four routes into the range

  • Festoon and travellingFlat or round power, control and EMC cable for looped travel.
  • Powered reelingLow-voltage reeling cable for drums, gantries and mobile equipment.
  • Spreader and verticalBasket, lift and anti-torsion cable for repeated vertical movement.
  • MV crane systemsMedium-voltage flat and round reeling cable for port cranes.
Compare port crane cable by movement duty
RouteShortlistConfirm before RFQ
Festoon loopsFlat or round festoon cableLoop depth, trolley spacing, speed, support and EMC needs
Powered drumReeling cableDrum diameter, layers, pull, guides, acceleration and cycles
Spreader / basketVertical reeling or anti-torsion cableSuspended length, twist, tensile load and control elements
STS / ship-to-shoreMV crane cable, optionally with fibreSystem voltage, screen, fibre count, sheaves and termination

For Japanese-style power, control, PG and T-Link circuits, review the 2PNCT festoon cable route. For powered drums and mobile machinery, compare the reeling cable system requirements.

Price factors and RFQ checklist

What changes price

Conductor size and length, MV screening, fibre elements, suspension members, torsion control, oil and UV resistance, drum packing, testing and documents.

Send for review

Crane type, movement path, voltage, current, cores, fibres, travel and speed, drum or trolley geometry, bend radius, pull, cycles, environment, length and destination.