TUV Electrical Copper Solar Electric 4mm 6mm 8mm 10mm PV Power Cable Insulation Wire En50618 UL4703 DC Solar Power Cable

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Product Description

Technical Specifications
Model NO.
pv wire
Application
PV Plant, Solar System
Conductor Material
Tinned Copper, Bare Copper, Aluminum
Sheath Material
Xlpo
Insulation Material
Xlpo
Material Shape
Round Wire
Range of Application
LSOH
Certification
RoHS, En 50618, TUV 2pfg PV1f
Standard
UL 4703, TUV 1169, En 50618
Cross Section
12AWG to 1000kcmil
Core
Single
Insulated Color
Red, Blue Black
Product Type
Solar PV Cable
Characteristic
-40 Degree, UV Resistant, VW-1
HS Code
8544492100
Capacity
1000000meter Per Month
Packaging & Delivery
Package Size
20.00cm * 20.00cm * 20.00cm
Gross Weight
5.000kg
Transport Package
Flexible or Drum Packing
Product Overview

UL4703 TUV Listed Electrical electric PVC DC Copper Aluminum Solar 4mm 6mm PV Power Wire

PV wire is rated 600, 1000 or 2000 V, and is suitable for ac and dc systems. This wire is rated 90, 105, 125 or 150°C dry and 90°C wet. PV wire employs 12 AWG - 2000 kcmil stranded aluminum or copper-clad aluminum, or 18 AWG - 2000 kcmil stranded copper, tinned copper conductors.

Application:
This versatile single-conductor cable is designed to meet the varying needs of the Solar Industry. Applications include connection to module junction boxes; required cable routing in the balance of system (BOS) integration.
UL Type PV (Photovoltaic) UL 4703, 600V, -40°C to 90°C
Single-Conductor: 2kV • Rated 90°C • RHH/RHW-2 • CSA 1kV RPV-90
Electrical & Physical Characteristics
  • Maximum Operating Voltage: 600 VRMS (UL PV)
  • Temperature Rating: -40°C to 90°C (up to 125°C for specific variants)
  • Conductor AWG: 12 to 2000 AWG
  • Conductor Material: Soft Annealed tinned stranded copper, per ASTM B-33 and EN 60228
  • Insulation Material: XLPE Halogen-free, thermoset polyolefin
  • Jacket Material: Sunlight-Resistant PVC / XLPO, flame retardant, UV and chemical resistant
  • Flame Resistance: VW-1
  • Min. Bend Radius: 8x Diameter
Solar Cable Construction
EN50618 Tinned Copper PV Solar Cable

Specifically designed for connecting photovoltaic system components inside and outside of buildings and equipment with high mechanical requirements and extreme weather conditions.

  • Double insulation, electron beam cross-linked
  • Excellent resistance to UV, water, ozone, salt, and general weathering
  • High resistance against heat, cold, abrasion
  • Halogen-free, flame retardant, low toxicity
  • High current carrying capacity
Detailed Specifications Table
Cross Section (mm²) Conductor Construction (n/mm) Conductor Stranded OD.(mm) Insulation Min.Wall (mm) Sheath Min.Wall (mm) Cable OD.(mm) Max.Resistance 20°C (Ω/km) Current Capacity 60°C (A)
1.5mm²30/0.251.580.670.734.9013.330
2.5mm²50/0.252.020.670.735.457.9841
4mm²56/0.302.600.670.736.104.9555
6mm²84/0.303.420.80.807.203.3070
10mm²142/0.304.560.90.909.001.9198
16mm²228/0.305.601.000.9010.201.21132
25mm²361/0.306.951.190.9212.000.780176
35mm²276/0.408.741.201.0013.800.554218
Product Gallery
PV Cable Gallery 13
Frequently Asked Questions
What is the voltage rating for these solar PV wires?
The PV wires are available with ratings of 600V, 1000V, or 2000V, making them suitable for both AC and DC systems.
What are the conductor material options?
Conductors are available in Tinned Copper, Bare Copper, and AA8000 Aluminum or Copper-clad Aluminum.
Are these cables resistant to harsh environmental conditions?
Yes, they are designed to be UV resistant, sunlight resistant, and can operate in temperatures ranging from -40°C to 90°C (up to 125°C/150°C dry).
Which certifications do these solar cables hold?
The products meet multiple international standards including UL 4703, TUV 2pfg PV1f, EN 50618, and are RoHS compliant.
What is the advantage of electron-beam cross-linked insulation?
Electron-beam cross-linking provides high resistance against heat, cold, abrasion, ozone, and UV, ensuring long-term durability in outdoor solar plants.
What colors are available for the insulation?
The insulated cables are commonly available in Red, Blue, and Black for easy identification in solar systems.

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