Solar DC Panel Cables | Solar installations, inverters, panels | Copper conductors (6mm²/4mm², IEC 60228) PE insulation (IEC 60214) + UV resistance (ASTM G154 ▲) XLPE/XLPO jacket (IEC 60811) | ▲ High current capacity for DC systems UV-resistant for outdoor use Global certifications (SAA, CE, TUV) | Bulky design Higher cost vs standard cables |
Standard Power Cables | Residential/commercial power distribution | Aluminum/copper conductors (IEC 60228) PVC insulation (IEC 60502) Voltage ≤ 450V (IEC 60245) | Cost-effective Widely available Simple installation | Limited to indoor use No UV resistance Lower current density |
Industrial Control Cables | Machinery, automation systems | Stranded copper (IEC 60228) Flame-retardant LSZH jacket (IEC 60332-1 ▲) Flexible design (EN 50575) | ▲ Flame-resistant Withstands mechanical stress Robust for harsh environments | Stiffer jacket Higher price Bulkier |
Data Communication Cables | Networking, telecommunications | Twisted pairs (ISO/IEC 11801) Shielded (Cat6, IEC 61157 ▲) Low voltage (≤ 100V) | ▲ Low EMI interference High data transmission (10 Gbps) Compact size | Not for power transmission Fragile insulation Requires structured cabling |
High-Temperature Cables | Industrial ovens, furnaces | Silicone/Teflon insulation (IEC 60216 ▲) Operating temp: -40°C to 150°C (ASTM D2240) | ▲ Extreme heat resistance (up to 150°C) Durable in harsh conditions | Stiff and less flexible Expensive materials Limited voltage options |
Flexible Power Cables | Robotics, portable equipment | Multi-stranded conductors (IEC 60228 ▲) Flexible PVC/XLPE jacket (ISO 10303) Bend radius: 6x OD (IEC 60245) | ▲ Excellent flexibility for dynamic applications Resists abrasion Lightweight | Lower current capacity per size Higher cost vs standard cables Shorter lifespan under heavy flexing |