Product Overview
The N2XH FE180 2×35 mm² 0.6/1kV cable is a high-performance, halogen-free power cable designed to ensure continuous circuit integrity under fire conditions. Featuring mica tape wrapping, XLPE insulation, and a specialized non-corrosive outer compound, this cable is engineered for installations in public buildings, industrial plants, infrastructure projects, and areas with high concentrations of human life and sensitive equipment.
Key Technical Specifications
This product is manufactured in compliance with international and regional standards, delivering robust electrical and mechanical performance parameters.
| Cable Designation | N2XH FE180 |
| Cross-Sectional Area | 2×35 mm² |
| Rated Voltage (Uo/U) | 0.6/1 kV |
| Conductor Material | Copper Conductor (Single or Multi-wire) |
| Insulation Material | XLPE (Cross-linked Polyethylene) |
| Fire Resistance Feature | FE180 (Circuit Integrity for 180 minutes) |
| Sheath / Special Elements | Halogen-Free Compound, Mica Tape |
| CPR Classification | Eca |
| Governing Standard | TS HD 604 S1 |
Applications & Installation
N2XH FE180 cables are specifically deployed in fixed installations where fire safety regulations mandate zero halogen emissions, low smoke density, and extended circuit survival times. Typical application areas include:
- High-rise buildings, hospitals, airports, and shopping centers
- Subway stations, tunnels, and underground transportation networks
- Power plants and industrial production facilities
- Emergency lighting, fire alarm systems, and critical power supply circuits
The cable is suitable for installation in dry and damp environments, cable trays, and conduits. Adherence to local wiring regulations and bending radius limitations during installation is recommended.
Standards & Compliance
Manufactured strictly under standardized quality frameworks, this cable conforms to TS HD 604 S1 specifications. It provides non-flammability, flame retardation, and halogen-free characteristics (IEC 60754), minimizing secondary damage caused by corrosive acid gases during a fire incident. The fire resistance performance meets the FE180 test criteria for circuit integrity.
