4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval

Product Details
Customization: Available
Application: Photovoltaic System
Material Shape: Round Wire
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Number of Employees
104
Year of Establishment
2007-11-13
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
  • 4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
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Overview

Basic Info.

Model NO.
PV1-F
Sheath Material
Crosslinking
Insulating Material
XLPE
Conductor Type
Stranded
Brand
Qinshan
Certification
TUV
Wire Core Material
Tinned Copper Wire
Application Class
a
Protection Class
II
Ambient Temperature
-40°c-90°c
Max Temperature at Conductor
120°c
Transport Package
Plastic Drum
Specification
1.5mm2 to 35mm2
Trademark
QINSHAN
Origin
China
HS Code
8544492900
Production Capacity
6000000meters/Year

Product Description

PV1-F Photovoltaic System  Cable 

1 .Rating Voltage:
     600/1000V    ,1000/1800V DC
    Temperature:-40°C-- 120°C

2. Description:

(1)Conductor: Stranded  Tinned annealed  copper wire
(2)Insulation:120°C XLPE , black
(3)Jacket:120°C XLPE , black or red

3.Marking on cable  :
TÜV 2PfG1169  PV1-F 1×**mm2 UV Res DC 1.8KV  AC 0.6/1KV SOLAR CABLE

4.Application:
Specifically designed for connecting photovoltaic system components inside and outside of building and equipment with high mechanical requirements and extreme weather conditions .For permanent installations.

5.General Characteristics:
Cable made of electron-beam cross-linked insulation and coating; high resistance against heat , cold, oil, abrasion, ozone, UV and weather; with improved reaction in case of fire . low smoke, halogen free , flame free , flame retardant; flexible, easy to strip, very low space requirement, extremely, extremely mechanically robust, very long lifetime.


6.TECHNICAL PARAMETER DATA:
 
No.of cores x Nominal section area Nominal Construction of conductor Nominal
Insulation
thickness
Nominal
Sheath thickness
Nominal
Overall diameter
Nominal
Cable weight
Max.Resistance of conductor
at 20ºC
Current Carrying Capacity  
Single core   Solar cable  PV1-F 
No.X mm² No.X mm mm mm mm kg/km <=(Ω/km) A
1 x 1,5 30 x 0,25 0,8 0,8 4.8 38 13,7 30
1 x 2,5 50 x 0,25 0,85 0,9 5.4 46 8,21 41
1 x 4 56 x 0,30 0,85 1,0 6.1 61 5,09 55
1 x 6 84 x 0,30 0,9 1,1 7.0 90 3,39 70
1 x 10 80 x 0,40 0,9 1,2 8.2 131 1,95 98
1 x 16 128 x 0,40 0,9 1,2 9.3 187 1,24 132
1 x 25 200 x 0,40 0,9 1,2 10.7 278 0,795 176
1 x 35 280 x 0,40 0,9 1,2 12.4 374 0,565 218


4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval

4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval




4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval

4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval


4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
FAQ
4.0mm2 High Quality Photovoltaic Cable TUV Certificate Approval
   

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