Flexible Multi-Cores PVC Shielded Power Cable | TC/PVC/SCR/PVC 8x1mm²
FLEXIBLE MULTI-CORES PVC SHIELDED POWER CABLE: ADVANCED EMI PROTECTION FOR INDUSTRIAL POWER DISTRIBUTION
Our Flexible Multi-Cores PVC Shielded Power Cable delivers superior electromagnetic interference protection for demanding industrial power applications. This advanced cable features 8 individually insulated 1mm² conductors with sophisticated SCR double-screen shielding (aluminum foil + tinned copper wire braiding), all protected by durable soft flame-retardant PVC insulation and sheath. Designed for industrial power distribution, control systems, and machinery in EMC-sensitive environments, this cable provides organized multi-circuit power delivery with exceptional EMI/RFI protection in a single, flexible assembly.
KEY FEATURES & TECHNICAL ADVANTAGES
✔ Advanced Double-Screen Shielding - Aluminum foil + tinned copper wire braiding provides superior EMI/RFI protection across frequency ranges
✔ Multi-Circuit Design - 8 individually insulated 1mm² conductors enable organized power distribution in a single cable
✔ Enhanced Flexibility - Class 5 stranded conductors with soft PVC compounds ensure excellent bendability
✔ Flame Retardant Safety - Soft flame-retardant PVC compounds minimize fire spread in electrical installations
✔ Industrial Durability - Robust construction withstands mechanical stress in demanding environments
SPECIFICATIONS & CONSTRUCTION
| Parameter | Specification |
|---|---|
| Configuration | 8x1mm² |
| Conductor | TC (Tinned Copper) - Class 5 stranding |
| Insulation | Soft PVC Compound |
| Shielding | SCR Double Screen (Aluminum Foil + Tinned Copper Wire Braiding) |
| Sheath | Soft Flame-Retardant PVC Compound - Black |
| Voltage Rating | Typically 300/500V or 450/750V |
| Temperature Rating | -5℃ to +70℃ (flexing), -30℃ to +80℃ (static) |
WHY CHOOSE OUR DOUBLE-SCREENED POWER CABLE?
We specialize in manufacturing advanced power distribution cables for applications where electromagnetic compatibility is critical. Our double-screened design provides significantly better shielding effectiveness than single-layer shields, with the aluminum foil offering 100% coverage for low-frequency interference and the tinned copper braid providing structural support and high-frequency protection. This combination ensures reliable power delivery even in the most electrically noisy industrial environments. With extensive experience in EMC-sensitive applications, we deliver solutions that simplify complex installations while maintaining signal integrity and regulatory compliance.
TYPICAL APPLICATIONS
• EMC-Sensitive Industrial Environments - Power distribution in facilities with sensitive electronic equipment
• Industrial Automation - Power wiring for PLCs, servo drives, and precision control systems
• Test & Measurement Facilities - Power distribution in laboratories and testing environments
• Medical Equipment Facilities - Power wiring in healthcare settings with sensitive diagnostic equipment
• Broadcast & Communication Facilities - Power distribution in environments requiring minimal EMI
- Request Sample & Compliance Data - Test our double-screened cable in your application
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Download Technical Specifications - Get complete EMI performance specifications
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Contact Our Engineering Team - Discuss your EMC protection requirements
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Get Competitive Quotation - OEM/ODM solutions available
FAQ
Q1: What is the advantage of double-screen shielding versus single-layer shielding?
A: Double-screen shielding provides significantly higher shielding effectiveness (typically 90-100dB) compared to single-layer shielding (60-80dB), with the aluminum foil offering 100% coverage for low-frequency interference and the tinned copper braid providing mechanical protection and high-frequency shielding.
Q2: Why combine aluminum foil with tinned copper braiding?
A: Aluminum foil provides 100% coverage but is fragile, while tinned copper braiding offers mechanical durability but typically 80-95% coverage. Together they create a robust, high-performance shield that protects across the frequency spectrum.
Q3: Can this cable be used in continuous flexing applications?
A: While flexible for installation, the double-screen construction adds some rigidity. For continuous high-flex applications, we recommend our specialized high-flex cable series with optimized shielding designs.
Q4: What makes the PVC compounds "soft" and why is this beneficial?
A: Soft PVC compounds contain higher plasticizer content, providing better flexibility at lower temperatures and easier installation in tight spaces compared to standard rigid PVC compounds.
Q5: Are individual conductors color-coded for easy identification?
A: Yes, we typically provide color-coded or numbered conductors (following standard color codes or custom patterns) to simplify installation, maintenance, and troubleshooting in multi-circuit applications.