N2XRY Multicore XLPE Insulated PVC Sheathed Armored Cable

N2XRY Multicore XLPE Insulated PVC Sheathed Armored Cable

1. Conductor - Plain annealed class 2 stranded (compacted) copper
2. Insulation - Cross linked polyethylene (XLPE)
3. Filler - Non-hygroscopic material
4. Binder tape - Non-hygroscopic material tape
5. Inner sheath - Polyvinyl chloride compound (PVC)
6. Armor - Galvanized steel wires
7. Binder tape - Non-hygroscopic material tape
8. Outer sheath - Polyvinyl chloride compound (PVC)
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Description

Products Description

 

N2XRY Multicore XLPE insulated PVC sheathed armored cable is a European standard 0.6/1kV low-voltage armored power distribution cable, engineered for fixed installations requiring heavy mechanical protection, widely recognized across EU industrial, civil construction and energy markets.

The full layered construction strictly follows VDE & IEC specifications:

Conductor: High-purity annealed bare copper, Class 1 solid / Class 2 compact stranded per IEC 60228, delivering low DC resistance and stable current carrying capacity;

XLPE Insulation (Type 2XI1): Cross-linked polyethylene thermosetting insulation, featuring ultra-low dielectric loss, superior heat aging resistance compared to traditional PVC insulation, supporting long-term 90°C conductor operation;

PVC Filler & Inner Bedding: Non-hygroscopic PVC fillers fill core gaps, extruded PVC inner bedding wraps the core bundle to avoid friction damage between cores and armour;

Galvanized Steel Wire Armour (SWA): Concentric round galvanized steel wire layer provides robust resistance to extrusion, impact, tensile pull and rodent bite, enabling direct underground laying without additional conduit protection;

Outer PVC Sheath (DMV5 grade): Black rigid PVC outer jacket resists moisture, soil corrosion, mild chemicals and UV radiation, sealed fully to block water penetration.

This cable is dual-suitable for indoor, outdoor, underground duct, direct burial and concrete embedding environments. Every finished reel undergoes full electrical, dimensional and mechanical batch testing, plus third-party laboratory verification to eliminate performance deviation, fully matching EU construction product regulation (CPR) import standards.

 

Complete Technical Specifications Table

 

Technical Parameter Standard Value Compliance Standard
Rated Voltage (Uo/U) 0.6/1 kV AC 50Hz IEC 60502-1, VDE 0276-604
AC Withstand Test Voltage (15min) 3500 V BS 5467
Max Continuous Conductor Temperature +90°C HD 603.1
Short-Circuit Conductor Temperature (≤5s) +250°C IEC 60243
Permissible Installation Ambient Temp -30°C ~ +70°C VDE 0293
Minimum Bending Radius (fixed laying) 6×OD (1.5–16mm²); 8×OD (≥25mm²) EN 60502-1
Insulation Resistance (20°C) ≥20 MΩ·km IEC 60189
Conductor Type Class1 solid copper / Class2 stranded copper IEC 60228
Available Core Configurations 1/2/3/4/5 cores, 3+1,3+2,4+1 HD 308 color coding standard
Cross-section Range 1.5 mm² ~ 400 mm² European power distribution norms
Armour Material Galvanized round steel wire (SWA) VDE 0276-620
Outer Sheath Material Black DMV5 PVC, flame retardant HD 603.1
Flame Performance Single vertical flame retardant IEC 60332-1-2
Core Color Coding HD 308 standard color marking / numbered black cores DIN VDE 0293-308
Main Certifications CE, RoHS, REACH, ISO9001, CPR EU Low Voltage Directive 2014/35/EU

 

Core Product Features

 

High Thermal Load Capacity: XLPE insulation's thermosetting structure avoids melting deformation under sustained high temperature, 30% higher ampacity than PVC insulated non-armoured cables of the same size.

Multi-level Mechanical Barrier: SWA steel wire armour bears external compression, impact and construction tensile force; ideal for construction sites, roadside burial and areas with frequent ground excavation.

Strong Environmental Stability: PVC inner & outer double sheath blocks groundwater, acid/alkali soil corrosion and mild industrial grease; low water absorption prevents insulation breakdown in damp underground environments.

Safe Flame Retardant Property: Pass IEC 60332 single vertical flame test, limits flame spread speed, reduces fire risk in underground tunnels and enclosed power rooms.

Long Service Lifespan: Anti-aging XLPE and stabilized PVC materials resist long-term soil & UV erosion; 30+ years service life under standard laying conditions.

Stable Electrical Output: Low insulation loss reduces energy transmission loss; no partial discharge under rated voltage, suitable for continuous 24h industrial power supply.

Cross-border European Compatibility: Harmonized N2XRY marking recognized in all EU/EEA countries, simplifies customs clearance and local electrical inspection acceptance.

 

applications

 

Civil & Commercial Construction: Office buildings, shopping malls, hospitals, residential districts main power feeders, underground power distribution trunk lines

Industrial Factory Facilities: Manufacturing plants, chemical workshops, logistics warehouses, machine equipment fixed power wiring

Infrastructure Engineering: Highway roadside lighting, municipal underground pipe network, sewage treatment plant buried power cables

Renewable Energy Projects: Solar farm booster station connecting lines, wind turbine bottom buried power transmission cables

Public Transportation: Subway tunnels, parking lots, port dock fixed power supply, concrete embedded power circuits

Outdoor Harsh Zones: Farmland direct burial, mountain area outdoor laying, construction temporary permanent power trunk

 

why choose us
 

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why choose our products

 

1. Full-process ISO9001 Strict Quality Control System

We implement 8-step standardized production inspection workflow: raw material spectral component testing → copper conductor resistance screening → XLPE continuous vulcanization extrusion online hot-set test → core laying dimension calibration → steel wire armour overlap rate inspection → PVC sheath spark voltage real-time detection → finished cable 100% electrical batch test → third-party TUV/SGS random sampling verification. All test data is archived for traceability, eliminating unqualified batches before delivery.

2. Imported Certified Raw Materials with Stable Performance

Only 99.99% high-purity electrolytic copper is adopted for conductors; XLPE insulation and DMV5 PVC compound are sourced from EU-certified raw material suppliers, fully compliant with RoHS & REACH heavy metal limits. Galvanized steel wire armour undergoes anti-rust coating treatment to prevent underground corrosion failure.

3. Super Long Service Life & Harsh Condition Durability

The integrated XLPE+SWA+PVC triple protection system resists mechanical damage, soil corrosion and temperature fluctuation. Aging simulation tests (7 days 90°C heat cycle) verify no insulation cracking or sheath embrittlement, supporting 30+ years maintenance-free operation for underground projects.

4. Standard 0.6/1kV Low Voltage Stable Transmission Adaptability

Matched to European mainstream 400V three-phase power distribution systems; low conductor resistance minimizes line voltage drop, meets large-current power supply demand for factories and large commercial complexes. Strict 3500V withstand test eliminates hidden insulation risks for long-distance buried laying.

5. Flexible OEM & Customization Support

Customizable core quantity (1–5 cores), cross-section size (1.5–400mm²), printing brand/logo, special length cutting (50m–2000m per wooden drum). Optional LSZH outer sheath modification for tunnel and high public safety demand projects; customized core color coding per client local electrical code requirements.

6. Factory Direct Supply & Fast Global Delivery

No intermediate traders, transparent bulk factory pricing with consistent quality control. Standard production lead time 7–15 working days; small sample orders (50–100m) available for client laboratory testing. Export wooden drum anti-collision packaging, supporting sea freight, air freight and express door-to-door logistics to all European, Middle East and Southeast Asian ports.

7. Professional B2B One-stop Technical Service

Multilingual engineering team provides free official technical datasheets, EU certification documents, laying installation guidance and ampacity calculation support. 24/7 online after-sales response, solving project parameter matching, customs compliance and on-site laying technical problems for global distributors & contractors.

 

FAQ

 

 

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01.What does N2XRY cable model code stand for?

N = European harmonized power cable standard; 2 = copper conductor; X = XLPE cross-linked insulation; R = steel wire armour (SWA); Y = PVC outer sheath.

02.Can N2XRY cable be directly buried underground without conduit?

Yes. The galvanized steel wire armour provides sufficient anti-impact and anti-compression mechanical protection, direct soil burial is allowed per IEC & VDE standards; only avoid sharp rock stratum without sand bedding..

03.What is the difference between N2XRY and N2XY cable?

N2XY is non-armoured XLPE PVC cable without steel wire layer, only suitable for indoor duct laying; N2XRY adds SWA armour, applicable for outdoor, underground, concrete embedding and construction harsh mechanical stress environments.

04.Is this cable suitable for use in chemical plant corrosive soil environments?

It resists mild acid and alkali soil corrosion; for strong chemical corrosion scenarios, we can customize modified anti-corrosion PVC outer sheath upon request.
 

 

How To Cooperate With Us?

 

Our address

Sanqiao Subdistrict, Weiyang District, Xi'an City, Shaanxi Province

Phone Number

+86 18802926539

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