VDE H05S-K Silicone Heat Resistant Cable | 300V | -60°C to +180°C | Tinned Copper

Silicone Rubber Insulated Cables High Temperature Cables13
Description

VDE H05S-K Silicone Heat Resistant Cable | 300V | -60°C to +180°C | Tinned Copper

Product Overview

The VDE H05S-K Silicone Rubber Heat Resistant Cable delivers exceptional thermal stability and electrical safety for demanding applications. Certified to VDE standards, it features tinned copper conductors and premium silicone rubber insulation, ensuring reliable performance in extreme temperatures (-60°C to +180°C). Ideal for aerospace, automotive, and industrial systems requiring robust heat and chemical resistance.

Key Features & Benefits

Property Specification
Rated Voltage 300V AC/DC
Temperature Range -60°C to +180°C Continuous Operation
Conductor Tinned Copper (Enhanced Corrosion Resistance)
Insulation High-Grade Silicone Rubber (VDE Certified)
Color Options 10+ Colors (Black, Brown, Red, Orange, etc.)
Key Advantages Flame Retardant • Chemical Resistance • Extreme Flexibility

Technical Specifications

Complete Electrical & Physical Properties

Section (mm²) Conductor Construction Diameter (mm) Insulation Thick (mm) Overall Diameter (mm) Resistance 20°C (Ω/km) Ampacity 20°C (A) Packing (m/coil)
0.50 16 × 0.200 0.92 0.6 2.12 35.2 6.68 400
0.75 24 × 0.200 1.13 0.6 2.33 22.2 10.03 400
1.00 32 × 0.200 1.31 0.6 2.51 17.52 13.42 400
1.50 30 × 0.254 1.60 0.70 3.00 11.99 20.02 400
2.50 51 × 0.254 2.06 0.80 3.66 7.17 33.47 200

Tolerance: ±0.1mm • All values per VDE 0295 & IEC 60228 standards

Construction & Materials

  1. Conductor:

    • Oxygen-free tinned copper strands for superior conductivity (99.99% purity)

    • Multi-wire construction enhances flexibility and fatigue resistance

  2. Insulation:

    • Single-layer silicone rubber providing:

      • Uniform thickness with <5% eccentricity

      • UL 94 V-0 flame retardancy

      • Resistance to oils, acids, and solvents

  3. Precision Engineering:

    • Tight extrusion process ensures consistent dielectric performance

Application Scenarios

  • Aerospace: Engine compartment wiring, avionics systems

  • Automotive: Engine harnesses, EV battery monitoring, sensor connections

  • Industrial: Furnace controls, foundry equipment, chemical plant instrumentation

  • Consumer: High-end appliances, industrial heaters, sous-vide machines

  • Marine: Shipboard power systems, navigation equipment

Engineering Selection Guide

Requirement Configuration Tip
Current Load Select 1.5× operating current (e.g., 20A load → 1.50mm² cable)
Temperature Continuous rating at 180°C • No thermal degradation
Flexibility Needs Smaller diameters (0.50mm²) for tight routing
Chemical Exposure Black insulation recommended for UV resistance
Certification Mandatory for EU installations (VDE certified)

Performance Advantages

  • Thermal Stability: Maintains flexibility at -60°C • No brittleness at 180°C

  • Electrical Safety: <0.1% current leakage at rated voltage

  • Durability: Withstands 10,000+ bend cycles (IEC 60227 tested)

  • Efficiency: 30% lighter than PVC alternatives with lower impedance

Standards & Certifications

  • Compliance: VDE H05S-K • IEC 60245 • RoHS

  • Testing: 100% HIPOT tested • Flame resistance per EN 60332-1

  • Quality: ISO 9001 manufacturing standards