TUV PV1-F 4mm 6mm twin solar cable DC Rated for solar panel solar system

TUV PV1-F 4mm 6mm twin solar cable DC Rated for solar panel solar system

Construction:
1.Conductor:Tinned Copper, according to the VDE 0295/IEC 60228, Class 5.
2.Insulation: Polyolefin copolymer electron-beam cross-linked.
3.Outer Sheath: Polyolefin copolymer electron-beam cross-linked.
4.Sheath Color: Black/Red/Blue or as per customer's request.

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Cable design

Conductor: fine wire strands of tinned copper wires,according IEC 60228,Class 5

Insulation: irradiation cross-linkable LSZH flame retardant polyolefin compound

Outer jacket: irradiation cross-linkable LSZH flame retardant polyolefin compound resistance against water , 

UV resistant

 

Temperature range

Max,temperature at conductor  -40°C up to +120°C

Temperature range  -40°C up to +90°C

Electrical characteristics

Nominal voltage: AC 600/1000V,DC 900/1800V

AC-test-voltage:  6.5KV


Application

SOLAR CABLE used for interconnection wiring of grounded and ungrounded photovoltaic power systems



TUV PV1-F 4mm 6mm twin solar cable DC Rated for solar panel solar system

Single-Core Solar Cable

Cable  Size  (mm2)

 Conductor  Strand     (mm)

Nominal insulation thickness                   (mm)

Nominal sheath thickness   (mm)

Overall  Dia       (mm)

Approx. Weight

(kg/km)

Max. Conductor Resis(20ºC)  (Ω/Km)

 1×4

 56/0.30

0.8

0.8

 5.8±0.3

68

4.95

 1×6

 84/0.30

0.8

0.9

 6.6±0.3

94

3.3


 Twin Core  Solar cable 

Cable  Size  

(mm2)

 Conductor  

Strand  

(mm)

Nominal 

insulation 

thickness 

(mm) 

Nominal 

sheath 

thickness   

(mm)

Overall  Dia       

(mm)

Max. Conductor 

Resis(20ºC)  

(Ω/Km)

 2×2.5

 49/0.25 

 0.7

 0.8

 5.0±0.3×10.6±0.3 

 8.21

 2×4

 56/0.30

 0.8

 0.9

 6.2±0.3×13.8±0.3 

 5.09

 2×6

 84/0.30

0.8

 1.0

 7.2±0.3×15.3±0.3

 3.39

 2×10

 84/0.40

 1.0

 1.0

 9.0±0.3×19.2±0.3

 1.95


Main feature:

1.Temperature range for application -40°C up to 90°C, max.temperature at conductor 120°C

2.Electron beam cross-linked material does not melt or flow at high temperatures

3.The permitted short-circuit-temperature refer to a period of 5s is 200°C

4.High resistance against UV,ozone and hydrolysis

5.Flexible,easy to strip

6.Dual wall insulation.Electron beam cross-linked

7.Excellent resistance to U.V,oil,greases,oxygen and ozone

8.Excellent resistance to abrasion

9.Halogen free, flame retardant,low toxicity

10.Excellent flexibility and stripping performance

11.High current carring capacity


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