Underwater Fiber-Optic Hybrid Cable 3×6.0mm² + 3×2×0.34mm² + 2 SMF

Name: Underwater Fiber-Optic Hybrid Cable 3×6.0mm² + 3×2×0.34mm² + 2 SMF
Brand: PAIDE

Underwater Power Cables · Marine & Subsea

Watertight electro-optical cable with three 6.0mm² power cores, three 0.34mm² signal pairs and two single-mode fibres, for ROV and subsea tethers.

Specification

3 × 6.0mm² (10AWG) + 3 × 2 × 0.34mm² (22AWG) + 2 SMF

Conductor

Stranded oxygen-free copper, VDE 0295 Class 6

Insulation

PE / FEP

Armour

Steel tape armour

Shield

Tinned copper braid, coverage ≤85%

Inner jacket

PUR, black

Strength member

Kevlar braid, 200 kg

Outer jacket

PUR, orange

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Custom-built to project requirements: conductor cross-section and core count, shielding type, jacket colour, length and print marking can all be adapted to the operating conditions; technical parameters are subject to the specification document confirmed by both parties.

Product introduction

Application:

The watertight fibre-optic hybrid flexible cable is suitable as the connecting cable for underwater vehicles and similar equipment, and can also serve as a tether or umbilical for subsea operations, ocean monitoring, oil exploration, underground pipelines and downhole work.

Cable construction:

- 3 power cores, 6.0mm² (10AWG)

- 3 pairs, 0.34mm² (22AWG), for signal transmission

- 2 single-mode fibres

Conductor: stranded oxygen-free copper, to VDE 0295 Class 6

Insulation: PE / FEP

Armouring: steel tape armour

Shield: tinned copper braid, coverage ≤85%

Wrapping: non-woven tape

Inner jacket: PUR (black)

Strength member: Kevlar braid (200 kg)

Outer jacket: PUR (orange)

How is a watertight fibre-optic hybrid cable made? The cable combines power transmission with high-performance signal transmission in one construction and provides high information throughput and high-speed data capability. Kevlar is used as the tensile strength member, with breaking force up to 1T, so the cable is not damaged by excessive pull during retraction. A dispensing machine continuously fills water-blocking gel to meet horizontal and vertical watertightness and buoyancy requirements. The cable resists tension, kinking, oil and ageing, and can be reused, meeting the requirements of current-generation underwater equipment.

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