Product Overview
The NHXMH 3×10 mm² 300/500V cable is an advanced halogen-free, flame-retardant power and control cable engineered for demanding electrical installations. Featuring XLPE insulation and multi-core solid or stranded copper conductors, this cable is specifically designed to minimize toxic gas emissions and smoke density in the event of a fire. It is an optimal solution for industrial facilities, commercial complexes, and public infrastructure where strict fire safety regulations and high personnel protection standards are enforced.
Key Technical Specifications
Engineered for high efficiency and compliance, the NHXMH 3×10 mm² cable incorporates precision-manufactured materials to meet rigorous electrical and mechanical tolerances.
| Parameter | Specification |
| Cable Type | NHXMH |
| Cross-Section | 3 x 10 mm² |
| Rated Voltage (Uo/U) | 300/500V |
| Conductor Material | Copper (One or multi-wire) |
| Insulation Material | XLPE (Cross-linked Polyethylene) |
| Halogen-Free Status | Yes (Low Smoke Zero Halogen) |
| Flame Retardancy | Flame-retardant |
| CPR Classification | Cca-s1, d2, a1 |
| Reference Standard | TS 13936 |
Applications & Installation
This multi-core halogen-free cable is primarily utilized for fixed surface-mounted or flush-mounted installations in dry, damp, or wet environments. It is well-suited for installation in brickwork, concrete, and conduits. Due to its superior fire performance and low smoke characteristics (Cca-s1, d2, a1), it is heavily specified for use in buildings with high concentration of people, high-rise residential complexes, hospitals, schools, shopping centers, and transit terminals where life safety and equipment protection are paramount.
Standards & Compliance
The NHXMH 3×10 mm² cable is manufactured in accordance with TS 13936 standards. It complies with Construction Products Regulation (CPR) requirements, achieving a Cca-s1, d2, a1 rating, which certifies exceptional performance regarding fire propagation, smoke production, burning droplets, and acidity levels during combustion.
