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Solar Cable
Solar Cable

Solar cables are an essential component of solar photovoltaic (PV) systems, which convert sunlight into electricity. They are specifically designed to handle the demanding conditions found in solar installations, including exposure to UV rays, high temperatures, and moisture.

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XLPO Insulated DC Solar Cable (1500V)

XLPO Insulated DC Solar Cable (1500V)

1500V XLPO Insulated 4mm2 6mm2 120mm2 DC Solar Cable

  • Details

Key Technical Attributes

Attribute

Value

Details

Product Name

Solar Cable

Designed for connecting solar panels.

Model Number

solar cable

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Type

Low Voltage

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Voltage Rating

AC 1000V / DC 1500V

High DC voltage rating suitable for solar arrays.

Conductor

Tinned flexible copper wire

Copper provides excellent conductivity; tinning protects against oxidation and corrosion.

Conductor Material

Copper

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Insulation Material

XLPO (Insulation) & XLPE(Outer Sheath/Jacket)

XLPO (Cross-Linked Polyolefin) is often used for the jacket/sheath, providing high resistance to UV, heat, and weather. XLPE (Cross-Linked Polyethylene) is also a common high-performance insulation material.

Jacket

NO

This often indicates a single-core, dual-insulated cable where the XLPO acts as the primary jacket/sheath.

Standard

EN50618

A European standard specifically for electric cables for photovoltaic systems.

Characteristic

High Heat Water Resistant

Essential for outdoor and long-term solar installations.

Certificate

TUV certificate

Indicates certification by the German technical association (TÜV) for safety and quality.

Application

Construction

Used in the installation of PV systems on buildings or land.

General and Logistical Information

Attribute

Value

Brand Name

JYXL

Place of Origin

Henan, China

Supply Ability

500 kilometers per Month

Selling Units

Single item

Packaging Details

Standard export drum for DC solar cable

Port of dispatch

Tianjin port, Qing dao port, Shang hai port

Sample

Free

Product descriptions

Application

For the cabling between the solar modules and as extension cable between the module strings and the DC/AC inverter Gable and flat roof photovoltaic systems Photovoltaic plants and solar parks Flexible or building-integrated PV systems including connecting photovoltaic power supply systems & can be used indoor & outdoor for flexible and fixed installations with high mechanical strength in extreme weather conditions. from - 40 deg.C to 120 deg.C maximum and Ozone & UV Resistant and full protection against Ultra Violet rays.

Product Features

Weather/UV-resistant acc. to HD 605/A1 

Ozone-resistant according to EN 50396 

Halogen-free and flame-retardant 

Good notch and abrasion resistance 

XLS-R = X-Linked Standard - Reduced Proven electron beam cross-linked quality 

Cold Flexibility 

Long Life about > 25 years 

Suitable to common connector type

 Standard to follow

TUV 2 PFG 1169 / 08.2007 & VDE E PV 01

Conductor

Tinned fine copper strands, according to IEC 60228, class 5

Insulation

Cross Linked polyolefin-copolymer Double Insulated Temperature resistant and halogen free , Flame Retardant, Low Smoke.

Color of Insulation

Black, red, blue

Outer Sheath

Flame retardant and halogen free Co-Polymer, electron beam cross linked, Weather proof & UV Resistant. Color – Black

Electrical Properties

Nominal voltage U0/U acc. VDE AC 600/1000 V - 720/1200 V & DC 900/1800 V

Max. permitted DC voltage 1.8 kV (Conductor/Conductor. non earthed system 

Working voltage : According to. TÜV 2 PfG 1169 DC 1000 V

Test voltage AC 6,5 kV for 5 min & DC 15 KV.

Voltage resistance tests according to EN 50395

Insulation Resistance - 1000 m-OHM / km minimum

Thermal Properties

Ambient temperature: -40 °C to 90°C (25 year life)

Conductor temperature: 120 °C max.

Short Circuit temperature: 200 °C for 5 sec.

Thermal Endurance Test: According to EN 60216-2

High Temperature Pressure: Test according to EN 60811-3-1

Damp – Heat Test: According to EN 60068-2-78

1000 hrs. at 90°C with 85% humidity

Mechanical Properties

Minimum Bending Radius: 4 to 5 x Outer Diameter

Dynamic Penetration: According to requirement of Cables for PV systems 2 Pfg 1169/08.2007 Annex F

Notch Propagation: According to 2 Pfg 1169/08.2007 Annex G

Tensile Strength: 15 N/mm2 for insulation and 12.5 N/mm2 for sheathing – according to EN60811

Elongation of Insulation and sheathing: 125% – according to EN60811

Shore Hardness 85 According to DIN EN 53505

Shrinkage: 2% at 120°C according to EN 60811-1-3

 

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