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PV H1Z2Z2-K Solar Cable TUV UL Certified

PV H1Z2Z2-K Solar Cable TUV UL Certified

Model:
PV1-F / H1Z2Z2-K
Conductor:
Class 5 (flexible) tinned copper
Insulation:
XLPO
Sheath:
XLPO
Rated Voltage:
DC 1.5kV
Cross-section:
2.5/4/6/10 mm²
Max. Service Temperature:
125℃
Max. Short-circuit Temperature:
250ºC (max.5s)
Min. service temperature:
-40℃
Installation Conditions:
Open air; Buried
Estimated Lifetime:
30 years
Standard:
EN 50618 / 2PfG 1169
Approvals:
TUV, IEC, CCC
Packaging:
Available in rolls (100m) and reels
Color:
Red / Black
Price
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Quantity Needed:
Pieces
E-mail:
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STRUCTURE

PERFORMANCE

Different from other underground PVC or XLPE power cables laid indoor or in a protected environment, solar cables are specifically used in  outdoor photovoltaic energy generation system, which requires it must possess the following performances:

 

Withstanding large temperature range

Solar cables are able to adapt in a relatively high and low temperature circumstance in different tough areas

Pvc insulated cable temperature: -25℃~70℃

Xlpe insulated cable temperature: -20℃~90℃

PV solar cable temperature: -40℃~125℃

 

Humidity and water resistance

Humidity has the direct influence to the cable aging property. Solar cables can be use in some humid environments such as wet areas and pond as its insulation and sheath materials can withstand 85% humidity

 

UV resistance

Solar cables are able to ensure the normal working even it is laid exposed in desert areas with solar ultraviolet radiation intensity

 

Acid and alkali resistance

PV cables can be found in seaside and tidal flat areas with high salinity. Because its tinned copper conductor has a certain oxidation resistance and corrosion resistance, its protective sheath passes salt spray test according to GB/T2423.17-2008 standard and acid-alkali test according to GB/T 2951.12-2008 requirement

 

Ozone resistance

Photovoltaic cables are possible used in high ozone areas where have a certain corrosion effect on the cable sheath and accelerates aging. Solar cables pass ozone resistance test according to GB/T2951.21-2008 standard which requires no crack in 0.025-0.030% ozone concentration within 24 hours. Thus solar cables can guarantee normal operation under high ozone circumstance.

 

ModelSpecificationStructure

Insulation

thickness 

Sheath 

thickness 

Overall

diameter

Weight

Ampacity

The number

of conductors

Single

wire

Diameter

n×mm²nmmmmmmmmkg/kmA
PV1-F1×1.5480.20.70.84.7537.433
PV1-F1×2.5770.20.70.85.184942
PV1-F1×4560.30.70.85.7467.456
PV1-F1×67×120.30.70.86.5391.777
PV1-F1×107×120.40.70.87.66142.6103
PV1-F1×167×180.40.70.99.03205.9140
PV1-F1×257×280.40.9111.03314.2171
PV1-F1×357×380.40.91.112.37412.6212
PV1-F1×5012×320.411.214.98586.6269
PV1-F1×7019×180.51.11.216.49783.7335
PV1-F1×9519×240.51.11.318.481020.6392
PV1-F1×12019×310.51.21.320.51294.3444
PV1-F1×15019×390.51.41.422.971627503
PV1-F1×18537×250.51.61.625.062027.4580


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