Product Overview
The H07Z1-K 6 mm² 450/750V LSZH Cable is an advanced single-core electrical installation wire manufactured to meet stringent international standards. Featuring a fine-stranded copper conductor and a high-grade Low Smoke Zero Halogen (LSZH / HFFR) thermoplastic insulation, this cable is specifically engineered for internal wiring in conduits, surface-mounted or embedded installation systems, and switchgear control panels. In the event of a fire, its specialized halogen-free compound ensures minimal smoke density and zero halogen acid gas emissions, protecting human life and sensitive electronic equipment.
Key Technical Specifications
- Product Code / Designation: H07Z1-K
- Conductor Cross-Section: 6 mm²
- Rated Voltage (Uo/U): 450/750V
- Insulation Material: HFFR (Halogen-Free Flame Retardant)
- Conductor Type: Fine-stranded copper conductor
- CPR Fire Performance Class: Eca
- Core Type: Single core, non-sheathed
| Technical Parameter | Specification Detail |
| Cable Type | H07Z1-K (LSZH) |
| Conductor Size | 6 mm² |
| Voltage Rating | 450/750V |
| Insulation Compound | HFFR / LSZH |
| CPR Class | Eca |
| Governing Standard | TS EN 50525-3-31 |
Applications & Installation
This single-core HFFR wire is ideally suited for fixed installations in dry environments, commercial buildings, public infrastructure, and industrial facilities with high concentrations of people or valuable assets. It is routinely specified for internal wiring of lighting fittings, appliances, distribution boards, and switchboards. The fine-stranded copper core facilitates high flexibility, allowing for fast, efficient pulling and routing through tight electrical conduits and complex cable management pathways.
Standards & Compliance
The H07Z1-K 6 mm² cable complies strictly with global manufacturing and safety benchmarks. It is certified in accordance with TS EN 50525-3-31. The product meets strict Construction Products Regulation (CPR) requirements with an Eca fire classification, guaranteeing low flame propagation, zero corrosive gas emission, and high visibility smoke characteristics during emergency scenarios.
