ROV Umbilical Cable with Armoured Construction

✓ High-Tensile Steel Wire: single or double layers
✓ Tensile Strength: from 20 to 80 tonnes
✓ Operating Depth: up to 2,500 m
✓ Fiber Optic: single mode and multi mode
✓ Rated Voltage: 3.6/6 kV up to 12/20 kV
✓ Class 5 Copper, meet standard IEC60228

Ordering Information
MOQ: project-based negotiation
Standard Lead Time: 3-6 weeks after order confirmation
Customization: Fully supported

Product Details

Product Tags

ROV Umbilical Cable with Armoured Construction 

High-Performance ROV Cable for Subsea Applications


Designed with an armoured construction, the ROV umbilical cables are engineered for reliable power and signal transmission in demanding subsea environments. 


The armoured ROV umbilical provides enhanced mechanical protection against abrasion, tension, and external pressure, ensuring stable performance in harsh underwater conditions. These cables are widely used in subsea inspection, offshore operations, and marine engineering applications where durability and transmission reliability are critical.

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Custom Cable Solutions |       Flexible MOQ |       Fast Lead Time |


Key Features

Tensile Strength:  from 20 to 80 tonnes (depending on armor construction), 

                            Cable tensile performance is validated using our 300kN tensile testing equipment.

Operating Depth:  up to 2,500 m

Rated Voltage:  3.6/6 kV up to 12/20 kV (medium voltage, suitable for subsea mining power systems)

Fiber Optic Channels:  6 to 24 single mode fibers, multi fibers

Core Process:  double layer torque, balanced steel wire armor + extruded polyurethane sheath.

Conductor Cross:  1.5 mm² to 120 mm² (copper, Class 5 flexibility)

Other Options:  Hydraulic LinesPneumatic Lines, integrated strain gauges, bend restrictors, custom length markings

Corrosion Resistance:  individual zinc + polymer coating on each steel wire – resistant to seawater, H₂S, abrasion, and UV light

 

Specifications

ConductorTinned Copper Wire,Class 5 Copper, meet standard IEC60228

InsulationEPR, DPEM

Core Structureanti-twist layering, grouped gap filling, twisted pairs, and layered binding

Optical FiberSingle-Mode/Multi-Mode

ShieldingA combination of tinned copper braid provides 360° EMI/RFI shielding

Tensile MemberCentral Kevlar Core, Interstitial Kevlar Fill, 

                               High-Tensile Steel Wire,  Single Layers or Double Layers. 

Working Voltage:  300V ~ 15 kV (for higher voltage, please contact )

Insulation Resistance:  ≥20 MΩ·km (at 20°C

Operating Temperature: -40°C to +90°C


Product Gallery

To see cable structures, construction details, and real product views, → Explore the Product Gallery 

a heavy duty steel wire armoured ROV umbilical cable for deep sea application.jpg   Steel wire armoured ROV cable used in subsea environments.jpg


Applications

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          LARS Cable Solutions                      Work-Class ROV System                Deep Sea Mining                    




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Quality Testing & Control |      Manufacturing Process |


Manufacturing Process

Our industrial cables are manufactured through controlled processes covering extrusion, reinforcement, assembly, and final inspection. Below are examples of key manufacturing stages that demonstrate our production capabilities and quality control processes.

Cable Core Assembly Process .jpg Wire Stranding Process.jpg Kevlar braiding process.jpg

Cable Core Assembly Process         →Wire Stranding Process                    →Kevlar braiding process 



Test Equipment

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→View More Equipments


Ordering Information

Customization: Fully supported

MOQ: project-based negotiation

Standard Lead Time: 3-6 weeks after order confirmation


Custom Development Works

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Engineering Insight

For subsea rov cables exposed to dynamic loading and repeated deployment, armor design plays a critical role in controlling mechanical stress and maintaining operational reliability. Learn how torque-balanced armor structures improve cable performance in demanding offshore environments.

→ Subsea Cable Armor Design for Repeated Deployment


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