Flexible Silicone Cable HEAT 180 SIHF 12G1.5 Rated 300/500V 180degree | EN 50525-2-83 Compliant

HEAT 180 SIHF FLEXIBLE SILICONE POWER CABLE: MULTI-CORE POWER FOR INDUSTRIAL APPLICATIONS

Our HEAT 180 SIHF Flexible Silicone Power Cable in 12G1.5 configuration delivers reliable multi-circuit power distribution for demanding industrial environments. This standards-compliant cable features 12 power conductors (1.5mm² each) plus a protective conductor, all constructed with premium TC/SIL/SIL materials. Certified halogen-free (IEC 60754), emitting no corrosive gases, and flame-retardant (IEC 60332), it operates reliably from -60℃ to +180℃ at 300/500V. With a 13.9mm OD and numbered black conductors, this cable provides organized, safe power distribution for industrial control panels, machinery wiring, and complex electrical systems.

KEY FEATURES & TECHNICAL ADVANTAGES

✔ Full Standards Compliance - Manufactured to EN 50525-2-83 with certifications for halogen-free operation, no corrosive gas emission, and flame retardancy
✔ Multi-Circuit Design - 12 power conductors + protective conductor provides comprehensive power distribution in a single cable
✔ Exceptional Thermal Performance - Operates from -60℃ to +180℃ with maintained flexibility and insulation integrity
✔ Enhanced Safety Features - Halogen-free silicone compound ensures minimal toxic fume emission in fire situations
✔ Easy Identification - Numbered black conductors with yellow-green protective conductor simplify installation and maintenance

SPECIFICATIONS & CONSTRUCTION

WHY CHOOSE OUR HEAT 180 SIHF 12G1.5 CABLE?

We specialize in manufacturing standards-compliant cables for industrial applications where safety, reliability, and organization are paramount. Our HEAT 180 SIHF 12G1.5 cable combines the thermal stability of premium silicone with comprehensive safety certifications, providing a multi-circuit solution that simplifies complex wiring installations. The numbered conductors ensure error-free connections, while the halogen-free construction protects personnel and equipment in emergency situations. With extensive experience in industrial power distribution cables, we deliver solutions that meet international standards and simplify regulatory compliance.

TYPICAL APPLICATIONS

• Industrial Control Panels - Multi-circuit power distribution within control cabinets and electrical enclosures
• Machinery Wiring - Power connections for complex industrial equipment and manufacturing systems
• Power Distribution Systems - High-temperature factory wiring and electrical distribution networks
• Process Control Equipment - Wiring for industrial automation and process control systems
• Specialized Industrial Equipment - Applications requiring organized multi-circuit power in high-temperature environments

AVAILABLE CONFIGURATIONS

Conductor Sizes: 0.75mm², 1.0mm², 1.5mm², 2.5mm², 4.0mm², 6.0mm², 10.0mm², 16mm²
Core Counts: 2, 3, 4, 5, 6, 7, 12, 16, 20, 24 cores
Customization: Available upon request for specific project requirements

• Request Sample & Compliance Data - Test our multi-core power cable in your application

• Download Technical Specifications - Access EN, IEC, and other certification documents

• Contact Our Engineering Team - Discuss your specific configuration requirements

• Get Competitive Quotation - Pricing for various sizes and core counts available

FAQ

Q1: What does the "12G1.5" configuration indicate?
A: "12G1.5" indicates 12 power conductors of 1.5mm² plus a protective conductor (G = with protective conductor), providing a comprehensive multi-circuit power solution in a single cable assembly.

Q2: Why are the conductors numbered?
A: Numbered conductors provide easy identification during installation, maintenance, and troubleshooting, reducing wiring errors and saving time in complex multi-circuit applications.

Q3: How does the 48/0.20 stranding benefit this application?
A: The 48/0.20 stranding (Class 5) provides excellent flexibility while maintaining adequate current carrying capacity, making the cable easier to install in control panels and electrical enclosures with tight spaces.

Q4: Can this cable be used in panel building applications?
A: Absolutely. The flexibility, numbered conductors, and standards compliance make this cable ideal for panel building applications, providing organized, reliable power distribution within control cabinets.

Q5: What is the advantage of using silicone insulation for multi-core cables?
A: Silicone maintains flexibility across the entire temperature range (-60℃ to +180℃), has excellent thermal stability, and provides good electrical properties even in high-density multi-core configurations where heat buildup can be a concern.