PHONE : 982144972925-7+

Photovoltaic Cable

Code NR Dimensions – conductor cross-section Construction of individual conductor External diameter Cable weight Bending Radius Fixed
    nominal nom approx.  
  mm² n x mm mm kg/km mm
61375 3G0.75 24×0.195 7.8 82 48
61475 4G0.75 24×0.195 8.7 105 54
61575 5G0.75 24×0.195 9.7 135 60
61310 3G1.0 31×0.195 8 90 48
61410 4G1.0 31×0.195 8.8 120 54
61510 5G1.0 31×0.195 9.8 150 60
61315 3G1.5 31×0.23 8.8 120 54
61415 4G1.5 31×0.23 9.8 150 60
61515 5G1.5 31×0.23 11.2 200 66
61325 3G2.5 51x0.23 10.2 160 62
61425 4G2.5 51x0.23 11.4 220 68
61525 5G2.5 51x0.23 12.6 250 72
61340 3G4.0 83x0.23 11.4 230 70
61440 4G4.0 83x0.23 12.9 300 80
61540 5G4.0 83x0.23 14.4 350 86
61360 3G6.0 82x0.28 12.9 310 70
61460 4G6.0 82x0.28 14.5 400 88
61560 5G6.0 82x0.28 16.3 500 100
Temperature during installation: -40 °C up to +120 °C
fixed installation Temperature: -40 °C up to +90 °C
Temperature at short circuit of max. 5 s: up to 280 °C
ambient temperature at storage: up to 40 °C
Nominal voltage: Uο/U = 450/750 V
Test voltage: 6.5KV AC
Minimal inner bending radius: 6D 
Behaviour in fire: IEC 60332-1
Smoke Density Test:

IEC 61034; EN 61034-2

Ozone Resistance:

According to EN 60811-403(25℃,24h,(250 to 300) × 10-4%) ;Method B: EN 50396(40℃,72h,55%RH, (200 × 10-6%)


 

Conductor: Tinned copper conductor, fine wired stranded, class 5. acc. to IEC 60228 / HD 383 / DIN VDE 0295
Insulation:

cross-linked, halogen free and flame retardant compound.

Insulation Color: Black - Brown - Grey - Y/G
Sheath: cross-linked, LSZH ,flame retardant& UV Resistant  compound, Black(Ral 9005).


 

Our solar cables are manufactured in accordance with various British and International Standards. These include EN50618 standard solar cable covering a range of applications typical of rooftop solar installations and of solar farms such as providing the interconnection of photovoltaic power generation systems, including the solar panel arrays. This robust outdoor cable range is designed to withstand severe environmental conditions and degradation from UV light exposure.

EN 50618 SOLAR CABLES

All our photovoltaic cables meet the requirements of EN 50618. As with the TUV certified cables, the EN50618 solar cable range have undergone a rigorous manufacturing and testing audit programme to deliver a quality cable with an anticipated lifespan of circa 25 years. This is consistent with the quality standards we set for all of our products.