Power cable No name YAKXS 5x25mm² 0.6/1kV — 5 conductors, 25 mm² cross-section, low-voltage power distribution

No name YAKXS 5x25mm² 0.6/1kV is a five-conductor power cable designed for fixed low-voltage power distribution in industrial and building electrical installations. With five insulated copper conductors each of 25 mm² cross-section and rated for use up to 0.6/1 kV, this cable is intended for mains, feeder and distribution circuits where multiple live conductors and protective/neutral conductors are required in a single sheath.

Advantages

The cable combines multiple conductors in a single durable outer sheath for easier routing and reduced installation space compared with separate single-core runs. Each conductor has a 25 mm² cross-section that supports higher current-carrying capacity appropriate for feeder and distribution applications. The rated insulation level up to 0.6/1 kV ensures suitability for standard low-voltage networks, while the five-core configuration simplifies connections where three-phase plus neutral and protective conductors are needed.

Suitable for

• Fixed power distribution in commercial and industrial buildings
• Main and feeder circuits in low-voltage networks up to 0.6/1 kV
• Three-phase supply installations that require neutral and earth conductor
• Cable routing in cable trays, conduits or burial in accordance with local installation rules

Key specifications

• Number of conductors: 5 cores
• Conductor cross-section: 25 mm² per core
• Rated voltage: 0.6/1 kV (low-voltage)
• Conductor material: copper (stranded)
• Application: fixed installations for power distribution

How to use

Install the cable as a fixed line in compliance with applicable national and local electrical codes. Route the cable through cable trays, conduits, or prepared trenches and secure it to prevent mechanical damage. Terminate conductors on appropriately sized lugs or terminals that match the 25 mm² cross-section, and apply correct torque values for reliable electrical and mechanical contact. Ensure correct identification of phase, neutral and protective conductors and provide proper overcurrent protection sized for the conductor rating.

Usage recommendations

Verify ambient temperature, grouping factors and installation method when calculating current-carrying capacity. Use suitable protective devices and follow local standards for earthing, mechanical protection and bending radii to ensure safe, long-term operation.