Power and Fiber Composite
OPLC combines power conductors and optical fiber units where electrical supply and communication are integrated.
OPLC / Optical Fiber Composite Cable
OPLC / Optical Fiber Composite Cable for combined power and optical communication cable routes.
OPLC / Optical Fiber Composite Cable combines power and optical communication functions for project routes requiring electrical supply and fiber communication in one cable system.
Product Overview
OPLC / Optical Fiber Composite Cable should be selected according to the actual project route, not by product name alone. Before quotation, review application environment, performance standard, construction route, installation condition and required project documents. Datasheet wording, compliance documents and final supply notes should stay aligned with the selected standard and installation conditions.
Applications
- power routes requiring integrated optical fiber communication function
- smart grid, utility monitoring and infrastructure communication projects
- routes where power supply and data transmission need coordinated cable design
- projects requiring both electrical and optical performance documentation
Construction
Composite construction combining power conductors with optical fiber unit protection according to route design. Electrical conductor data, fiber count, optical performance and sheath/mechanical protection should be reviewed together.
Marking on Cable
FARWALK CABLE – OPLC / Optical Fiber Composite Cable – [standard] – [voltage/rating] – [size] – [year] – [meter mark]
Cable Identification
- Cable identification, sheath color and core marking should follow the project application and standard route.
Standards
- IEC / BS / UL project standards
- application-specific technical requirements
Main Features
Project-Specific Design
Fiber count, conductor size, sheath structure and mechanical protection should be designed by route requirement.
Infrastructure Integration
For OPLC / Optical Fiber Composite Cable, reviewed for smart grid, monitoring, transport or special infrastructure routes requiring combined functions.
Product Selection Guide
Application First
Confirm whether the project requires fire survival, flame retardance, LSZH, submersible, EV, rail or composite cable.
Performance Test
Match IEC 60331, IEC 60332, BS 6387, BS 7211 or other requested tests to the actual project requirement.
Installation Environment
Review heat, water, smoke, oil, movement, vibration or public-safety conditions before choosing materials.
Document Requirement
Confirm datasheet, test report, sample, marking and packing requirements before quotation.
Technical Data Overview
| Parameter | Available Customization Range | Key Considerations |
| Power Voltage | 0.6/1kV (LV) up to 35kV (MV) | Determines insulation thickness (XLPE) |
| Power Cores | 1 Core to 5 Cores | Dependent on phase/ground requirements |
| Copper Size | 1.5 mm² up to 630 mm² | Determines current ampacity |
| Fiber Type | Single-Mode (G.652D) or Multi-Mode (OM1-OM4) | Single-mode for long distance (Wind farms) |
| Fiber Count | 2 to 144 Cores | Determines data bandwidth capacity |
| Optical Tube | PBT Loose Tube or Stainless Steel Tube | Steel required for high crush resistance |
| Armouring | Unarmoured, STA (Steel Tape), SWA (Steel Wire) | SWA for high tensile loads / STA for burial |
| Outer Sheath | PVC, PE, or LSZH | PE for outdoor/water; LSZH for indoor fire safety |
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