PHOTOVOLTAIC CABLES

Photovoltaic cables 0,6/1Kv

    INNOVCABLE PHOTOVOLTAIC ECO120H LSZH + UV (0.6/1Kv AC-AC) (1.8 kV DC-DC)

    PHOTOVOLTAIC
    FOTOVOLTAICO 2

    - Conductor material: Tinned copper wire.
    - Conductor class: According to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - Vein insulation: special compound INNOVPO-36, in white colour
    - Outer layer in special elastomer compound INNOVPO-44.
    - Manufactured in RAL 9005 black colour, or other on customer's request.
    - Nominal voltage: (0.6/1Kv AC-AC) (1.8 kV DC-DC). Cables for other voltages are possible on request.
    - Voltage test: 5.000 V.
    - Conductor resistance: According to DIN VDE 0295 class 5 and IEC 60228 cl. 5.
    - Insulation resistance: min. 20 MΩX Km.
    - min. bending radius fixed use: up to 12mm = 3 x d, > 12 mm = 4 x

    Identification

    INNOVCABLE PHOTOVOLTAIC ECO 120H LSZH + UV (0.6/1Kv AC-AC) (1.8 kV DC-DC) XX mm²OF: XXXX/YEAR

    Applicable Specifications

    DIN VDE 0295 CLASS 5
    IEC 60228 CLASS 5
    VDE 0276
    RoHS 2000/53 EC and 2002/95 EC
    DIN IN 60332-2-1
    DIN EN 60754-1
    DIN EN 60754-2
    ABNT NBR 16612 - Power cables for photovoltaic systems, non-halogenated, insulated, with cover, for voltage up to 1.8 kV DC between conductors - Performance requirements.
    EN 50618

    Applications

    Cable for photovoltaic systems in fixed and flexible applications without traction. Can be applied in dry and wet locations. For direct application to the weather. High resistance to the effects of solar radiation and weather in general. Ecological product, can be recycled Manufactured free of noxious substances and Silicone (during the manufacturing process). High resistance to the effects of solar radiation and general weathering. To meet UVB resistance and burning resistance requirements, these cables are supplied with a specially formulated protective jacket to meet the requirements of UL 2556, IEC 60332-1, ABNT NBR 16612 and EN 50618. The special coating of the conductors guarantees a better performance of the connections throughout their useful life, especially in the interconnections of panels and connection modules in photovoltaic systems. Additionally, and according to the indoor application standard, they have low smoke and toxic gas emission characteristics, being halogen free. The Arrhenius methodology for determining the temperature index (IT) is applied in the coating, with special characteristics of flame resistance, UVB resistant, non-halogenated and with low acid gas emission.

    - Life span: Minimum 25 years under direct solar radiation, 20,000h at 120° C.
    - Excellent thermal expansion 200/250° C.
    - Resistant to oils, lubricants, oxygen and microbes.
    - UV-resistant.
    - Halogen free.
    - Ozone resistant.
    - Seawater resistant.
    - Acids and bases resistant.
    - Flame retardant.
    - Short circuit temperature: 250° C.
    - Pressure-resistant at high temperatures up to 140° C.
    - Non-corrosive under fire. DIN EN 60754-1 and 60754-2.
    - Insulation resistance: at 20° C> 800 MΩX Km, at 90° C> 50 MΩX Km.

    Maximum Conductor Temperature

    Continuous duty: 90°C
    Short circuit: 250°C

    Notes

    - We can produce on request, several other cable options and configurations. Innovcable reserves the right to change this catalogue without prior notice.

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    INNOVCABLE SUN CABLE INNOVLON/INNOVPUR LSZH UV

    - Conductor material: bare or tinned copper wire.
    - Conductor class: According to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - Vein insulation: INNOVLON special compound in white or red
    - Outer layer: INNOVPUR special compound.
    - Manufactured in RAL 9005 black, or other colour upon customer's request.
    - Nominal Voltage: AC: 0.6/1 Kv, DC: 0.9/1.5 Kv.
    - Voltage test: 4.000 V.
    - Conductor resistance: according to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - Insulation resistance: min. 20 MΩX Km.
    - min. bending radius fixed use: up to 12mm = 4 x d, > 12 mm = 4 x

    Identification

    External identification marking:
    INNOVCABLE SUN CABLE INNOVLON/INNOVPUR LSZH UV 0.6/1Kv XX mm²OF: XXXX/YEAR

    Applicable Specifications

    DIN VDE 0295 CLASS 5
    IEC 60228 CLASS 5
    DIN 0482-332-2
    DIN EN 60332-1

    Applications

    Cable for photovoltaic systems and applications requiring high sun exposure, weather resistant and with UV protection. For fixed and flexible. Can be applied in dry and wet locations. For direct application to the weather. High resistance to the effects of solar radiation and weathering in general.
    - Very good flexibility.
    - Resistant to UV rays, hydrolysis, water and ozone.
    - Halogen free.
    -Excellent resistance to abrasion.
    - Flame retardant.

    Maximum Conductor Temperature

    - Cable operating temperature:
    Fixed: min-40° C / +90 ° C
    Mobile: min-40° C / +120° C
    - Short circuit temperature: 250°C

    Notes

    - We can produce on request, several other cable options and configurations. Innovcable reserves the right to change this catalogue without prior notice.

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    INNOVCABLE SUN CABLE INNOVLON LSZH UV

    - Conductor material: bare or tinned copper wire.
    - Conductor class: According to DIN VDE 0295 class 5 and IEC 60228 cl. 5.
    - Vein insulation: INNOVLON special compound in black colour.
    - Outer layer: INNOVLON special compound.
    - Manufactured in RAL 9005 black, or other colour upon customer's request.
    - Nominal Voltage: AC: 0,6/1 Kv, DC: 0,9/1,5 Kv.
    - Voltage test: 4.000 V.
    - Conductor resistance: according to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - Insulation resistance: min. 20 MΩX Km.
    - min. bending radius fixed use: up to 12mm = 4 x d, > 12 mm = 4 x

    Identification

    INNOVCABLE SUN CABLE INNOVLON/INNOVLON LSZH UV 0.6/1Kv XX mm² OF: XXXX/YEAR

    Applicable Specifications

    DIN VDE 0295 CLASS 5
    IEC 60228 CLASS 5
    DIN 0482-332-2
    DIN EN 60332-1

    Applications

    Cable for photovoltaic systems and applications requiring high sun exposure, weather resistant and with UV protection. For fixed and flexible. Can be applied in dry and wet locations. For direct application to the weather. Highly resistant to the effects of solar radiation and weathering in general. Recyclable product.
    - Good resistance to oils, lubricants and chemicals in general.
    - Very good flexibility.
    - Resistant to UV rays, hydrolysis, water and ozone.
    - Halogen free.
    -Excellent resistance to abrasion.
    - Flame retardant.

    Maximum Conductor Temperature

    - Cable operating temperature:
    Fixed: min-40° C / +90 ° C
    Mobile: min-40° C / +120° C
    - Short circuit temperature: 250°C

    Notes

    - We can produce on request, several other cable options and configurations. Innovcable reserves the right to change this catalogue without prior notice.

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    INNOVCABLE SOLAR INNOVOLT (Cu-sn) - 0.6/1kV

    - Conductor material: Tinned copper wire.
    - Conductor class: According to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - Special elastomeric compound based on high modulus ethylene-propylene (EPR/B)
    - Outer layer in special compound of polyvinyl chloride - PVC (ST2), of high technology, resistant to flame, bad weather, ultraviolet UV radiation and free of lead, being free of heavy metals. Produced in the colours black and red.
    - Rated voltage: AC: 0,6/1 Kv
    For voltage between positive and negative insulated conductors, a maximum voltage of 1800 V continuous current can be applied (1800 V MAX DC).
    - Continuity test and max. electrical resistance of conductor , referred to 20°C;
    - Electrical voltage applied of 3.5 kV for 5 min;
    - Measurement of insulation resistance at room temperature.
    - Conductor resistance: according to DIN VDE 0295 class 5 and IEC 60228 cl. 5
    - min. bending radius fixed use: 4 x d
    - Max. tensile strength: 4 kgf/mm².

    Identification

    Innovcable Solar Innovolt 0,6/1Kv EPR/PVC NBR7286 __mm² OF: XXXX/ANO

    Applicable Specifications

    DIN VDE 0295 CLASS 5
    IEC 60228 CLASS 5
    IEC 60332-1
    UL 2556
    ABNT NBR 7286
    ABNT NBR 6251
    ABNT NBR NM 280

    Applications

    Cable with expected durability in the indicated application with good resistance to weathering and ultra violet radiation, used in fixed installations in DC and AC systems. This cable has a high durability guaranteeing a useful life in the interconnections of panels and modules of photovoltaic systems. The innovative polymeric compound used in the sheath guarantees the desired performance. This cable meets IEC 60332-1 flameproof requirements.

    Maximum Conductor Temperature

    +90 ° C

    Notes

    - We can produce on request, several other cable options and configurations. Innovcable reserves the right to change this catalogue without prior notice.

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