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Engineered specifically for the demanding environments of maritime and offshore installations, this XLPE insulated twisted pair fire-resistant low voltage cable ensures uninterrupted power and signal transmission. The flexible yet substantial feel of the stranded copper wire, combined with the meticulously applied mica/glass fire-resistant tape, provides immediate physical confirmation of its durability. Whether you are outfitting a newly constructed commercial vessel or upgrading the control systems on an offshore drilling platform, these cables deliver exceptional reliability under extreme mechanical stress and thermal fluctuations. We understand that complex engineering projects require precise specifications; therefore, we offer comprehensive OEM and ODM services. Procurement teams can request custom drawings and tailored configurations to match unique environmental challenges. Furthermore, we provide sample testing policies and clear selection guides to help your engineers verify compatibility before committing to large-scale implementation. Backed by 7x24 technical support and flexible payment terms, securing the right cabling infrastructure has never been more efficient.
Example: CHJV/NSA, CHJPF/NSC, CHJPJ/NSC, CHJ82/NSA, CHJ85/NSC, CHJ86/NSC, CHJV82/NSA, CHJV92/NSA, CHJPJ85/NSC, CHJPJ95/NSC, CHJPF86/NSC, CHJPF96/NSC
The physical architecture of this marine cable is designed for maximum resilience and signal integrity. The cross-linked polyethylene (XLPE) insulation offers a clean, smooth finish that actively resists moisture penetration, while the galvanized steel or tinned copper wire braiding provides a rigid, protective armor against physical abrasion and mechanical impact. The common shield, utilizing aluminum foil tape paired with a tinned copper drain wire, effectively mitigates electromagnetic interference, ensuring pristine signal clarity for critical control systems. Every layer is precisely extruded and tightly bound, resulting in a perfectly concentric cable that is remarkably easy to strip, splice, and terminate during on-site installation, significantly reducing labor time in confined shipboard spaces.
Components | Code Letter | Material or requirements | |||||
Series Code | CH | Marine low voltage cable | |||||
Conductor (1) | - | Stranded copper wire | |||||
Fire resistant tape (2) | - | Mica/glass tape | |||||
Insulation (3) | J | Cross-linked polyethylene (XLPE) | |||||
Filler and tape (4) | - | Non-hygroscopic material (if any) | |||||
Common Shield (5) | - | Aluminum foil tape & tinned copper drain wire | |||||
Inner sheath (6) | V | Polyvinyl chloride (PVC) | |||||
PF | Thermoplastic polyolefin (SH1) | ||||||
PJ | Thermoset polyolefin (SHF2) | ||||||
Armor (7) | 8 | Tinned copper wire braided | |||||
9 | Galvanized steel wire braided | ||||||
Outer sheath (8) | 2 | Polyvinyl chloride (PVC) | |||||
5 | Thermoset polyolefin (SHF2) | ||||||
6 | Thermoplastic polyolefin (SH1) | ||||||
Fire resistance | N | Fire resistance IEC 60331 | |||||
Flame retardant | S | Flame retardant for bunched wires or cables | |||||
Low smoke and halogen free | A | Smoke, halogen and toxicity | |||||
1C | Low smoke, halogen free and low toxicity | ||||||
Compliance is non-negotiable in maritime engineering. This product strictly adheres to recognized international frameworks, ensuring your vessels and offshore platforms pass rigorous safety inspections without delay. The materials undergo severe testing protocols, emitting virtually no toxic halogens or dense smoke when exposed to extreme heat. This characteristic is vital for personnel safety in enclosed shipboard spaces, maintaining clear visibility for evacuation routes. By meeting these exact criteria, the cable significantly reduces liability risks and enhances the overall safety profile of your marine assets, giving project managers complete peace of mind.
Construction:IEC 60092-350, 376
Conductor:IEC 60228 Class 2
Insulation & Sheath:IEC 60092-360
Flame Retardant:IEC 60332-1
Flame Retardant:IEC 60332-3-22 Cat.A
1 Smoke Density:IEC 61034
1 Halogen Index:IEC 60754
1 Fluorine Content:IEC 60684-2
*UV Resistance:UL1581-2011
*Cold Resistance:IEC 60811-1-4
To facilitate rapid and error-free installation in complex wiring panels, the core identification system is designed for maximum visual clarity. The vibrant, high-contrast colors—such as the distinct red, white, black, and blue—are deeply embedded directly into the insulation material, preventing fading even after years of exposure to harsh industrial environments. For multi-pair, multi-triad, or multi-quad configurations, the crisp, highly legible printed numbers on each core eliminate guesswork for electricians. This meticulous attention to visual coding drastically reduces labor hours during initial commissioning and vastly simplifies future maintenance or troubleshooting procedures.
1 Pair:Red, White
1 Triad:Red, White, Black
1 Quad:Red, White, Black, Blue
Multi Pair:Print pair number on cores
Multi Triad:Print triad number on cores
Multi Quad:Print quad number on cores
The standard black outer sheath provides a professional appearance while offering exceptional UV and weather resistance. The matte finish of the polyolefin or PVC material feels smooth to the touch, specifically formulated to resist the accumulation of industrial grime, oil spills, and salt deposits common on vessel decks. Beyond the standard black, we understand that complex wiring architectures often require visual segregation. Should your specific project require color-coded routing for different operational zones—such as distinguishing critical safety circuits from general data lines—we readily accommodate custom color requests. This flexibility ensures your cabling infrastructure aligns perfectly with internal safety protocols and international maritime organizational standards.
Black, or others upon request
Engineered to perform flawlessly across a wide thermal spectrum, this low voltage cable maintains its structural integrity and electrical properties whether exposed to freezing offshore winds or the intense ambient heat of a ship's engine room. The insulation materials remain highly flexible in sub-zero conditions, preventing hazardous micro-cracking during installation, while safely withstanding continuous high-temperature operations up to 90℃. Furthermore, the impressive smoke density performance ensures that, in the unlikely event of a fire, visibility is maintained for safe personnel evacuation and rapid emergency response, proving its worth as a critical safety component.
Operating temperature:-15℃(1*-60℃)~+90℃
Test voltage:1.5kV/5min
1Smoke density of completed cable:≥60%
This instrumentation and control cable serves as the vital nervous system of modern maritime automation. It is extensively utilized in the critical control systems of commercial vessels, naval ships, and offshore oil and gas platforms. From monitoring propulsion metrics to integrating complex navigation and safety alarms, the cable ensures that vital data flows without interruption. Its heavy-duty construction resists the corrosive effects of salt spray and the constant, low-frequency vibrations generated by heavy marine machinery. By choosing this cable, project managers ensure a resilient infrastructure that minimizes downtime and maintenance costs in some of the world's most unforgiving operational environments.
The cable is mainly intended for the control system of shipboard and offshore buildings, as well as other related industries.
1 Standards only available for polyolefin sheath.
*Standards or performance provided upon request.
Navigating the complexities of marine electrical systems requires a diverse range of cable configurations. The table below outlines our comprehensive portfolio of XLPE insulated, twisted pair cables, detailing the specific sheathing and armoring options available. Whether your application demands the lightweight flexibility of a thermoplastic polyolefin (SHF1) sheath or the enhanced mechanical protection of galvanized steel wire braiding, our product lineup is designed to meet precise engineering demands. Each variant is meticulously crafted to deliver low smoke, halogen-free, and fire-resistant properties, ensuring you can match the exact safety and performance criteria of your offshore project.
Type | Description | ||||||
CHJV/NSA | XLPE insulated, twisted pair, fire resistant low voltage cable with PVC sheath for marine and offshore | ||||||
CHJPF/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with polyolefin sheath (SHF1) for marine and offshore | ||||||
CHJPJ/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with cross linked polyolefin sheath (SHF2) for marine and offshore | ||||||
CHJ82/NSA | XLPE insulated, twisted pair, fire resistant low voltage cable with copper wire braiding and PVC outer sheath for marine and offshore | ||||||
CHJ85/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with copper wire braiding and cross linked polyolefin outer sheath (SHF2) for marine and offshore | ||||||
CHJ86/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with copper wire braiding and polyolefin outer sheath (SHF1) for marine and offshore | ||||||
CHJV82/NSA | XLPE insulated, twisted pair, fire resistant low voltage cable with PVC inner sheath, copper wire braiding and PVC outer sheath for marine and offshore | ||||||
CHJV92/NSA | XLPE insulated, twisted pair, fire resistant low voltage cable with PVC inner sheath, galvanized steel wire braiding and PVC outer sheath for marine and offshore | ||||||
CHJPF86/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with polyolefin inner sheath (SHF1), copper wire braiding and polyolefin outer sheath (SHF1) for marine and offshore | ||||||
CHJPF96/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with polyolefin inner sheath (SHF1), galvanized steel wire braiding and polyolefin outer sheath (SHF1) for marine and offshore | ||||||
CHJPJ85/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with cross linked polyolefin inner sheath (SHF2), copper wire braiding and cross linked polyolefin outer sheath (SHF2) for marine and offshore | ||||||
CHJPJ95/NSC | XLPE insulated, twisted pair, low smoke, halogen free and fire resistant low voltage cable with cross linked polyolefin inner sheath (SHF2), galvanized steel wire braiding and cross linked polyolefin outer sheath (SHF2) for marine and offshore | ||||||
To accommodate the vast array of signal and control requirements in maritime construction, we manufacture these cables in an extensive matrix of sizes. From compact 1x2x0.5 configurations ideal for tight, space-restricted instrument panels, to substantial 37x3x1.5 multi-core bundles designed for major data trunk lines, our production capabilities cover all standard engineering needs. The precise stranding of the copper conductors ensures optimal flexibility across all dimensions, facilitating easier routing through complex shipboard cable trays and bulkheads. Review the comprehensive size chart below to identify the exact dimensions required for your upcoming installation.
Size | ||||||
1x2x0.5 | 1x2x0.75 | 1x2x1 | 1x2x1.5 | 1x2x2.5 | 1x3x1 | 1x3x1.5 |
2x2x0.5 | 2x2x0.75 | 2x2x1 | 2x2x1.5 | 2x2x2.5 | 2x3x1 | 2x3x1.5 |
3x2x0.5 | 3x2x0.75 | 3x2x1 | 3x2x1.5 | 3x2x2.5 | 3x3x1 | 3x3x1.5 |
4x2x0.5 | 4x2x0.75 | 4x2x1 | 4x2x1.5 | 4x2x2.5 | 4x3x1 | 4x3x1.5 |
5x2x0.5 | 5x2x0.75 | 5x2x1 | 5x2x1.5 | 5x2x2.5 | 5x3x1 | 5x3x1.5 |
7x2x0.5 | 7x2x0.75 | 7x2x1 | 7x2x1.5 | 7x2x2.5 | 7x3x1 | 7x3x1.5 |
10x2x0.5 | 10x2x0.75 | 10x2x1 | 10x2x1.5 | 10x2x2.5 | 10x3x1 | 10x3x1.5 |
12x2x0.5 | 12x2x0.75 | 12x2x1 | 12x2x1.5 | 12x2x2.5 | 12x3x1 | 12x3x1.5 |
14x2x0.5 | 14x2x0.75 | 14x2x1 | 14x2x1.5 | 14x2x2.5 | 14x3x1 | 14x3x1.5 |
16x2x0.5 | 16x2x0.75 | 16x2x1 | 16x2x1.5 | 16x2x2.5 | 16x3x1 | 16x3x1.5 |
19x2x0.5 | 19x2x0.75 | 19x2x1 | 19x2x1.5 | 19x2x2.5 | 19x3x1 | 19x3x1.5 |
24x2x0.5 | 24x2x0.75 | 24x2x1 | 24x2x1.5 | 24x2x2.5 | 24x3x1 | 24x3x1.5 |
27x2x0.5 | 27x2x0.75 | 27x2x1 | 27x2x1.5 | 27x2x2.5 | 27x3x1 | 27x3x1.5 |
30x2x0.5 | 30x2x0.75 | 30x2x1 | 30x2x1.5 | 30x2x2.5 | 30x3x1 | 30x3x1.5 |
33x2x0.5 | 33x2x0.75 | 33x2x1 | 33x2x1.5 | 33x2x2.5 | 33x3x1 | 33x3x1.5 |
37x2x0.5 | 37x2x0.75 | 37x2x1 | 37x2x1.5 | 37x2x2.5 | 37x3x1 | 37x3x1.5 |
Securing reliable materials for maritime construction goes beyond simply selecting the right cable; it requires a partner capable of delivering end-to-end support. We have structured our operations to provide seamless procurement experiences for global engineering teams.
Manufacturer Strength & Capacity: Backed by a seasoned R&D team and highly automated, large-scale production lines, we guarantee stable lead times even for massive maritime and offshore project orders. Our facility is fully equipped to handle high-volume demands without compromising on precision.
Quality Control & Long-Term Warranty: Every single meter of cable is manufactured under a strict ISO quality management system. We conduct 100% comprehensive factory inspections prior to dispatch. To secure your investment, we provide a reliable warranty exceeding 12 months, coupled with steadfast after-sales commitments.
Professional Packaging & Global Logistics: Understanding the rigors of international shipping, we utilize heavy-duty, export-grade wooden reels and offer customized packaging solutions. This ensures your cables arrive at the shipyard or offshore facility in pristine condition, ready for immediate deployment. Our multi-channel logistics network supports rapid delivery schedules to keep your critical engineering projects firmly on track.
