Product Overview
The H05VV-F 3×50 mm² low-voltage flexible cable is specifically designed for industrial, commercial, and domestic power applications requiring mechanical flexibility and reliable electrical performance. Constructed with fine-stranded multi-wire copper conductors and high-grade PVC insulation, this cable offers excellent bendability and ease of installation in tight spaces or moving equipment setups. Sourced and supplied globally by Cable Export, it meets rigorous international specifications to support professional electrical installations.
Key Technical Specifications
This multi-core cable is manufactured in accordance with strict dimensional and material tolerances. Below is a summary of the technical parameters for the H05VV-F 3×50 mm² cable:
| Cable Designation | H05VV-F |
| Cross-Sectional Area | 3×50 mm² |
| Rated Voltage (Uo/U) | 300/500V |
| Conductor Type | Fine-stranded multi-wire copper (Class 5 flexibility) |
| Insulation Material | PVC |
| Outer Sheath Material | PVC |
| CPR Fire Performance Class | Eca |
Applications & Installation
H05VV-F flexible cables are widely utilized in environments where moderate mechanical stresses and flexibility are required. Typical installation areas include:
- Internal wiring for industrial machinery and manufacturing equipment
- Connection of mobile electrical appliances and power tools
- Control panels and switchgear internal connections
- Commercial and residential building installations requiring flexible power routing
During installation, standard bending radius guidelines for flexible PVC cables must be observed to prevent conductor fatigue and ensure long-term operational safety.
Standards & Compliance
Global procurement requires strict adherence to recognized international and regional standards. The H05VV-F 3×50 mm² cable complies with the following normative references:
- Product Standard: TS EN 50525-2-11
- Construction: PVC insulated, multi-core, fine multi-wire stranded copper conductor cables
- Construction Products Regulation (CPR): Eca classification for reaction to fire
