Product Overview
The H07Z1-U 1.5 mm² 450/750V cable is an advanced halogen-free, single-core electrical wire engineered for fixed installations where high safety standards against fire hazards are required. Featuring a solid copper conductor and specialized HFFR (Halogen-Free Flame Retardant) insulation, this cable minimizes the emission of corrosive gases and opaque smoke, ensuring clear visibility for evacuation and protecting sensitive electronic equipment from damage. Sourced and exported globally by Cable Export, it meets rigorous international performance criteria for commercial, industrial, and residential infrastructure projects.
Key Technical Specifications
- Product Code / Category: H07Z1-U
- Conductor Cross-Section: 1.5 mm²
- Rated Voltage: 450/750V
- Conductor Material: Solid copper
- Insulation Material: HFFR (Halogen-Free Flame Retardant)
- CPR Flame Class: Eca
- Core Configuration: Single core, single wire
| Parameter | Specification |
| Standard | TS EN 50525-3-31 |
| Voltage Rating | 450/750V |
| Conductor Type | Solid Copper |
| Insulation | HFFR / LSZH |
| CPR Rating | Eca |
| Flame Propagation | Flame retardant |
Applications & Installation
H07Z1-U cables are primarily intended for internal wiring in conduit, surface-mounted, or embedded wiring systems. They are ideally suited for installation in public buildings, hospitals, schools, transport hubs, and high-rise commercial complexes where safety regulations strictly mandate low smoke, zero halogen (LSZH) materials. The solid copper conductor ensures stable electrical performance and reliable termination in switchboards, control panels, and distribution boxes.
Standards & Compliance
This cable is manufactured and tested in accordance with TS EN 50525-3-31 specifications. It complies with Construction Products Regulation (CPR) Euroclass Eca requirements, confirming its reliable flame-retardant behavior in building installations. The halogen-free compound complies with environmental and safety standards concerning corrosive gas emissions and smoke density during combustion.
