Product Overview
The H1Z2Z2-K 1×1,5 mm² is a dedicated single-core photovoltaic cable engineered for high-reliability connections within solar power generation systems. Designed to interconnect photovoltaic panels, solar arrays, and inverters, this cable ensures maximum operational safety and electrical efficiency under rigorous environmental conditions. Manufactured with premium materials, it meets strict international requirements for renewable energy infrastructure.
Key Technical Specifications
This solar cable is built to precise industrial dimensions and electrical tolerances to ensure seamless integration into global photovoltaic projects.
| Cable Designation | H1Z2Z2-K |
| Cross-Section | 1×1,5 mm² |
| Rated Voltage | AC 1/1 kV, DC 1.5 kV |
| Conductor Material | Fine multi-stranded flexible tinned copper |
| Insulation Material | XL-HFFR (Cross-linked Halogen-Free Flame Retardant) |
| Outer Sheath Material | XL-HFFR (Cross-linked Halogen-Free Flame Retardant) |
| CPR Classification | Eca |
Applications & Installation
The H1Z2Z2-K 1×1,5 mm² cable is engineered for fixed installations, both internal and external, within photovoltaic power systems. It is suitable for use in and around solar panels, cable trays, conduits, and equipment without requiring direct burial protection. The flexible tinned copper construction allows for easy routing in complex structural layouts while providing superior resistance to atmospheric conditions, mechanical stress, extreme temperatures, and ultraviolet (UV) radiation.
Standards & Compliance
Adhering to strict European and international regulatory frameworks, this photovoltaic cable provides documented performance and safety assurance for large-scale commercial and industrial procurement:
- EN 50618: European standard for electric cables for photovoltaic systems
- TÜV R 60152161: Independent third-party technical verification
- CPR Eca: Construction Products Regulation fire performance classification
- Halogen-Free (HFFR): Ensures low smoke emission and zero corrosive gases during combustion
