IEC 62930 Solar Cable

Scope

PV cable constructions for DC photovoltaic installations.

Standard Selection Data

Cable Construction Impact

• Tinned copper conductor
• Cross-linked insulation
• UV and ozone resistant sheath
• Halogen-free compound options

Common Model References

• H1Z2Z2-K
• PV1-F
• Solar DC cable
• Tinned copper PV cable

Cables Using This Standard

Use these cable pages to move from the standard reference to a quote-ready construction.

PV string cable

H1Z2Z2-K EN 50618 Tinned Copper Solar Cable

H1Z2Z2-K EN 50618 Tinned Copper Solar Cable is a photovoltaic cable construction for rooftop pv, solar farms, pv string connections applications, using class 5 tinned copper conductor, cross-linked halogen-free rubber insulation, cross-linked halogen-free rubber sheath and uv, ozone and ad8 water resistance.

• H1Z2Z2-K
• EN 50618
• 1.5 kV DC / 1.0 kV AC

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International PV string cable

IEC 62930 PV String Cable

IEC 62930 PV String Cable is a photovoltaic cable construction for solar farms, rooftop pv, pv module interconnection applications, using class 5 tinned copper conductor, cross-linked halogen-free insulation, cross-linked halogen-free sheath and uv, ozone, weather and moisture resistance.

• IEC 62930 PV String
• IEC 62930
• 1.5 kV DC

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PV1-F solar cable reference

PV1-F Tinned Copper Solar Cable

PV1-F Tinned Copper Solar Cable is a photovoltaic cable construction for replacement pv projects, solar string wiring, module interconnection applications, using class 5 tinned copper conductor, electron-beam cross-linked insulation, uv resistant halogen-free sheath and uv and weather resistant pv duty.

• PV1-F
• PV1-F reference
• 1.0/1.0 kV AC / 1.8 kV DC

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Aluminium PV feeder cable

Aluminium PV 1500 V Solar Feeder Cable

Aluminium PV 1500 V Solar Feeder Cable is a photovoltaic cable construction for utility solar farms, combiner to inverter feeders, large rooftop pv applications, using class 2 aluminium conductor, xlpe insulation, uv resistant pvc or lszh sheath and uv, ad8 water and outdoor feeder duty.

• Aluminium PV 1500 V
• IEC 60502-1
• 1.5/1.5 kV DC

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Armoured PV feeder cable

Armoured Aluminium PV 1500 V Solar Cable

Armoured Aluminium PV 1500 V Solar Cable is a photovoltaic cable construction for direct burial pv feeders, solar farm collection circuits, combiner to inverter routes applications, using class 2 aluminium conductor, xlpe insulation, uv resistant pvc or lszh sheath and uv, impact and direct-burial feeder duty.

• Armoured Aluminium PV 1500 V
• IEC 60502-1
• 1.5/1.5 kV DC

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Twin PV DC cable

Twin Core Solar DC Cable

Twin Core Solar DC Cable is a photovoltaic cable construction for rooftop pv strings, compact solar routing, module interconnection applications, using class 5 tinned copper conductor, cross-linked halogen-free rubber insulation, bonded red and black halogen-free sheath and uv, ozone and outdoor pv routing.

• Twin Solar DC
• EN 50618
• 1.5 kV DC

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Solar inverter AC cable

Solar AC Inverter LSZH Power Cable

Solar AC Inverter LSZH Power Cable is a photovoltaic cable construction for inverter ac output, solar plant auxiliary power, rooftop inverter connections applications, using copper conductor, xlpe insulation, uv resistant lszh sheath and uv, lszh and outdoor inverter route duty.

• Solar AC Inverter LSZH
• IEC 60502-1
• 0.6/1 kV

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Procurement Notes

When using this standard for an enquiry, confirm the full cable designation, conductor size, core count, voltage rating, sheath material, installation environment, testing requirements, cable marking and packing length. Standards help define the technical baseline, but the quote details should always match the final cable specification.

Quote Details

• Cable type and standard reference
• Conductor material, size and class
• Core count, pair count or fiber count
• Voltage rating and operating environment
• Screening, armour, fire performance and sheath material
• Cable marking, drum length, packing and delivery requirements

FAQ