Product Overview
CKJVP80/NA marine control cable offers superior fire-resistant performance with an innovative exposed copper armor design. Featuring mica-reinforced XLPE insulation, electromagnetic screening, and tinned copper wire armor without outer sheath, this cable provides optimal protection and flexibility for critical marine control systems.
Key Features
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Certified Fire Resistance: IEC 60331 compliant for maintained circuit integrity
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Exposed Copper Armor: Tinned copper wire braid without outer sheath
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Enhanced Insulation: Mica glass tape with XLPE for thermal stability
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EMI Protection: Copper braid or foil tape screening options
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Flexible Construction: Copper armor allows easy installation
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Safety Certified: Halogen free and low smoke emission standards
Applications
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Offshore platforms and oil rigs
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Marine vessel control systems
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Emergency power circuits
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Hazardous area installations
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Industrial automation
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Mining operations
Technical Specifications
| Parameter | Specification |
|---|---|
| Rated Voltage | 150/250V |
| Temperature Rating | 90°C |
| Conductor | Tinned/plain stranded copper |
| Insulation | Mica glass tape + XLPE |
| Inner Sheath | PVC |
| Screening | Tinned copper braid or foil tape |
| Armor | Tinned copper wire braid |
| Outer Sheath | None (exposed armor) |
| Core Options | 1-37 cores |
| Conductor Sizes | 0.5-2.5mm² |
Compliance Standards
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IEC 60092-350, 376 - Marine cable design
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IEC 60228 - Conductor standards
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IEC 60092-360 - Insulation and sheath
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IEC 60331 - Fire resistance
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IEC 60332-1 & 60332-3-22 - Flame retardant
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IEC 60754 - Halogen free
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IEC 61034 - Low smoke
Construction Details
| Component | Specification |
|---|---|
| Conductor | Tinned/plain stranded copper |
| Insulation | Mica glass tape + XLPE |
| Inner Sheath | PVC |
| Screening | Tinned copper braid or foil tape |
| Armor | Tinned copper wire braid |
| Outer Sheath | None |
| Fire Rating | NA (Fire Resistant) |
Product Advantages
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Enhanced Flexibility: Copper wire armor allows easy installation in tight spaces
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Superior Heat Dissipation: Exposed armor design improves thermal performance
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Fire Safety: Maintains circuit integrity during emergency situations
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Cost Effective: Eliminates outer sheath while maintaining performance
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Corrosion Resistant: Tinned copper components suit marine environments
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Space Saving: Compact design ideal for confined installations