Product Overview
The 052XZ1-F 5×35 mm² 300/500V multi-core flexible cable is engineered for fixed or mobile industrial applications where enhanced flexibility, high current-carrying capacity, and strict fire performance standards are mandatory. Designed with fine multi-wire stranded copper conductors and halogen-free XLPE insulation, this cable delivers superior electrical and mechanical performance while ensuring maximum protection against fire hazards in public and commercial infrastructures.
Key Technical Specifications
- Product Code / Type: 052XZ1-F
- Conductor Configuration: 5×35 mm² multi-core with fine multi-wire stranded bare copper conductors
- Rated Voltage: 300/500V
- Insulation Material: XLPE (Cross-linked Polyethylene)
- Outer Sheath / Special Properties: Halogen-free, flame retardant, low smoke emission
- CPR Euroclass Rating: Cca-s1, d2, a1
- Manufacturing Standard: TS 13751
Technical Parameters Summary
| Parameter | Specification |
| Cable Designation | 052XZ1-F |
| Conductor Cross-Section | 5 x 35 mm² |
| Rated Voltage (Uo/U) | 300/500V |
| Conductor Material | Flexible Stranded Copper |
| Insulation Type | XLPE |
| CPR Classification | Cca-s1, d2, a1 |
| Governing Standard | TS 13751 |
Applications & Installation
This halogen-free flexible cable is specifically designed for environments with high concentrations of people and valuable equipment where fire safety is critical. Typical installation areas include internal building wiring, industrial plants, switchboard and control panels, municipal facilities, and power distribution networks requiring high flexibility during installation. The fine stranded copper conductor facilitates easy routing in complex cable trays and conduits.
Standards & Compliance
The 052XZ1-F cable complies with national and international manufacturing and safety requirements. It is certified under TS 13751 and meets stringent Construction Products Regulation (CPR) criteria with a Cca-s1, d2, a1 fire classification, ensuring very low heat release, minimal smoke production, absence of flaming droplets, and low acidity during a fire event.
