Low Voltage Reeling Cable | 0.6/1kV EPR PUR Cable | Port Machinery Crane Cable

Crane Cables

Product Overview

Low Voltage Reeling Cable is engineered for demanding movable equipment applications requiring exceptional flexibility and durability. Designed for port machinery, container cranes, lifts, and mining equipment, this cable withstands continuous mechanical stress while providing reliable power transmission in harsh environmental conditions.

Features & Benefits

  • Extended Temperature Range: Continuous operation at 90°C with capability to withstand -35°C outdoor conditions

  • Superior Environmental Resistance: Ozone resistant, UV resistant, and humidity resistant properties

  • Enhanced Mechanical Strength: Kevlar braided reinforcement layer provides exceptional tensile strength

  • Oil Resistant Performance: Suitable for applications where oil exposure is common

  • Flexible Construction: EPR insulation with PUR sheath ensures excellent flexibility for reeling applications

  • High Load Capacity: Maximum tensile loads from 3500N to 13000N depending on cable size

Applications

Movable equipment and machinery applications:

  • Port Container Cranes: Power supply for movable container handling equipment

  • Industrial Lifts: Elevating and lifting equipment power transmission

  • Mining Equipment: Ground and well-bottom machinery with mechanical stress

  • Grab Dredgers: Dredging equipment and marine applications

  • Movable Heavy Equipment: Large mobile machinery requiring flexible power supply

  • Outdoor Applications: Equipment exposed to weather conditions

Construction

Robust Multi-Layer Construction:

  1. Copper Conductor

  2. Insulation

  3. Ground Core

  4. Inner Sheath

  5. Kevlar Braided Reinforce Layer

  6. Outer Sheath

Code Design

Cable Identification System:

  • G: Cable for Port machinery

  • E: EPR Insulation

  • U: PUR Sheath

  • R: Flexible Conductors

Cable Specifications

Detailed Technical Specifications:

Cross Section Conductor Construction Maximum Outer Diameter Approximate Weight Maximum Load
mm² (tinned copper) mm kg/km N
3×25+3×6 3×196/0.40+3×84/0.30 32 1500 3500
3×35+3×6 3×276/0.40+3×84/0.30 35 1950 4000
3×50+3×10 3×396/0.40+3×84/0.40 39 2590 4500
3×70+3×16 3×380/0.49+3×126/0.40 45 3720 5500
3×95+3×16 3×513/0.49+3×126/0.40 51 4450 6500
3×120+3×16 3×630/0.49+3×126/0.40 56 5600 7500
3×150+3×25 3×777/0.49+3×196/0.40 61 7000 9500
3×185+3×35 3×976/0.49+3×276/0.40 67 8400 12000
3×240+3×50 3×1281/0.49+3×396/0.40 74 11150 13000