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TUV DC1500V 62930 IEC 131 International and Australia Standard Solar Cable

insights On'TUVDC1500V62930 1EC 131 Solar Cable Meeting Australia Standards

  • Applied to Ground / Rooftop/ Floating PV Power Plants
  • TUV/UL/IEC/CE/Ad8/CPR Certified & 25 years Lifetime
  • Suitable for Harsh Indoor and Outdoor Environments after Electron Irradiation
  • Compatible with All Major Solar Connectors
  • Delivery in 7 days within 200km.

 Save at least 30% on average

TUV DC1500V 62930 IEC 131 International and Australia Standard Solar Cable
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    Product Description

    Solar Cable TUV DC1500V 62930 IEC 131: Product Description and Specifications

The 62930 IEC 131 solar cable is specially designed for connecting photovoltaic solar systems. Moreover, it has TUV, UL, IEC, and CE certifications that allow it to serve a variety of solar applications following several standards. It’s a flexible cable that can survive in harsh surroundings such as rooftops, deserts, lakefronts, and mountainous regions, thus giving its users long-term security of investment with low operation costs. Enrich your PV installations for their successful existence.

Advantages of TUV DC1500V 62930 IEC 131 Solar Cable: Benefits and Features
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    Advantages

    Advantages of TUV DC1500V 62930 IEC 131 Solar Cable: Benefits and Features

a. Electron-beam cross-linked compounds
b. UV, ozone and hydrolysis resistant
c. High temperature resistant, the materials do not melt or flow
d. Good cold flexibility
e. Very long service life > 25 years at 90 ℃
f. Compatible to all popular connectors

Specification Of 62930 IEC 131 Solar Cable

Cable Construction
ConductorClass 5 Tinned copper, according to the EN 60228 and IEC 60228
InsulationHalogen-free electron-beam cross-linked Polyolefin copolymer (XLPO)
Outer SheathHalogen-free electron-beam cross-linked Polyolefin copolymer(XLPO), Flame Retardant Compound
Sheath colorBlack/Red
Nominal VoltageUO/U 600/1000V(AC) , 1500V(DC)
Test VoltageAC 6500v, 50HZ, 10Min(20℃±0.5)or DC 15000v,10 Min (20℃±0.5) Without Broken
Temperature RatingWorking temperature -40℃~+90℃,Max conductor temperature 120℃ 20000H
Service LifeExpected life span≥25 years
Bending Radius5D (D: Cable diameter)
Fire-resistant PerformanceEN 60332-1-2
Smoke EmissionBased on UNE-EN 60754-2 and IEC 60754-2.
European CPRCca ,according to En 50575
Water PerformanceAd8
Weather Resistance/UV ResistanceEN 50289-4-17/ENISO4892
Halogen DeterminationEN 50525
CertificationTUV/UL//IEC/CE/RoHS

Dimensions/Parameters

Construction (nXmm2)Conductor Construction(n x mm)Insulation Normal Thickness(mm)Sheath Normal Thickness(mm)Outer Diameter(mm)Max DC Resistance of Conductor at 20℃ (Ω/KM)Min Insulation Resistance at 90℃ (Ω/KM)Current Carrying Capacity(A)
1x1.5(16AWG)30x0.240.70.84.613.70.8630
1x2.5(14AWG)49x0.240.70.858.210.6941
1x4.0(12AWG)56x0.280.70.85.555.090.5855
1x6(10AWG)78x0.290.70.86.153.390.570
1x10(8AWG)77x0.390.70.87.41.950.4298
1x16(6AWG)126x0.390.70.98.521.240.34132
1x25(4AWG)189x0..390.9110.60.7950.34176
1x35(2AWG)276x0.390.91.112.50.5650.29218
1x50(1/0AWG)396x0.3911.214.20.3930.27280

Certifications Of 62930 IEC 131 Solar Cable

Certifications Of CPR CCA H1Z2Z2-K Solar Cable
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    Production Processes Of Photovoltaic Wire

The JOCA cable factory’s intelligent and digital factory makes the production and inspection process integrated, innovative, and digital. This eliminates mistakes and defects caused by human beings’ manual assembly of products and enhances product reliability to a large extent. It is also equipped with comprehensive testing equipment that includes digital intelligent image detection and laser detection, amongst other testing technologies, to ensure the quality of delivered goods.

Production Processes Of Photovoltaic Wire

Packing For Shipment

Multiple packaging methods, suitable for different transport conditions.

Packing PicturesPacking Method Qty/pallet(pcs)Meter/pallet (M)G.W/pallet(KGS)Pallet size (m)Pallet/20GPMeter/20GP
packing100M/ROLL4mm²-176pcs4mm²-17600m4mm²-1144kgs1.12x1.12x1.12m204mm²-352000m
6mm²-160pcs6mm²-16000m6mm²-1360kgs6mm²-320000m
packing200M/ROLL4mm²-90pcs4mm²-18000m4mm²-1170kgs1.12x1.12x1.12m204mm²-360000m
6mm²-81pcs6mm²-16200m6mm²-1377kgs6mm²-324000m
packing100m/plastic drum4mm²-125pcs4mm²-12500m4mm²-850kgs1.12x1.12x1.12m204mm²-250000m
6mm²-100pcs6mm²-10000m6mm²-900kgs6mm²-200000m
packing500m/wood drum4mm²-27pcs4mm²-13500m4mm²-1197kgs1.12x1.12x1.12204mm²-270000m
6mm²-27pcs6mm²-13500m6mm²-930kgs6mm²-270000m
packing1000M/wood drum4mm²-12pcs4mm²-12000m4mm²-830kgs1.12x1.12x1.12204mm²-240000m
6mm²-12pcs6mm²-12000m6mm²-1070kgs6mm²-240000m
Packing For Shipment

Have more questions?

Find answers to frequently asked questions about our company and services for a seamless beginning.

Q: What is the TUV DC1500V 62930 IEC 131 International and Australia Standard Solar Cable?

A: It comes with a high voltage rating of 1500V, so it is not an ordinary solar cable but a TUV DC1500V 62930 IEC 131 International and Australia Standard Solar Cable. This means that it can be used in both international and Australian conditions without any modifications.

Q: What are the key features of the TUV DC1500V 62930 IEC 131 Solar Cable?

A: The main characteristics of this solar cable are as follows: TUV certified, built from the copper core, compatible with all significant connectors, and good for rooftop solar installations and floating photovoltaic panels.

Q: Is the TUV DC1500V 62930 IEC 131 Solar Cable suitable for outdoor use?

A: Yes, definitely, these cables have been designed to operate outdoors in photovoltaic systems. They are highly flexible under any climatic conditions, assisting in working in various conditions that might arise and optimizing their usefulness.

Q: Who manufactures the TUV DC1500V 62930 IEC 131 Solar Cable?

A: Joca as A leading Chinese factory specializing in manufacturing top-quality solar cables for the solar industry makes TUV DC1500V 62930 IEC 131 Solar Cables.

Q: What makes the TUV DC1500V 62930 IEC 131 Solar Cable a reliable choice for solar installations?

A: This cable has been awarded several certifications, including those from reputed testers such as TUV. So, it can be trusted when it comes to providing safe power connections within PV systems since it was made according to set benchmarks by experts from different countries around the globe.

Q: How does the TUV DC1500V 62930 IEC 131 Solar Cable compare to other solar cables?

A: The top solar cable option is this TUV DC1500V 62930 IEC 131 Solar Cable due to its quality, international certification, and broad applicability in solar (applications).

Q: What is the importance of using a TUV-certified solar cable, such as the TUV DC1500V 62930 IEC 131 Solar Cable?

A: This guarantees that all high-quality and safe cabling requirements were met. According to industry law, such solar installation and cover are secure.

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