6mm2 PV DC Solar Cable (TUV Approved)

  • Conductor:

    Tinned Copper

  • Insulation:

    XLPE

  • Insulation Color:

    Black, Red

  • Temperature Range:

    -40°C to 120°

  • Nominal Voltage:

    600V/1000V

  • Test Voltage:

    More than 1000V

  • Standard:

    IEC

1. About photovoltaic power energy

It is a kind of completely zero emission clean energy and also a kind of realistic energy close to scale application. It has many advantages such as safety and reliability without noise and pollution, etc. The energy can be obtained anywhere without geographic restrictions and no need for consuming fuel. Also it has low failure rate and easy for maintenance. There advantages are beyond conventional power generation and other power generation method. In order to meet the growing demands for energy, solar energy is rapidly rising as one of the most feasible options among the current available energy.

 

2. Application of PV cable

Double insulated, electron-beam cross-linked cables for photovoltaic power applications. photovoltaic cable is mainly used in the line-line photovoltaics equipment systems under maximum 1.8kV DC voltage with safety class II. It should be compatible with standard joint and connection system. 

 

3. Construction

· Conductor: Tinned fine copper strands, according to VDE 0295 / IEC 60228, class 5

· Insulation: Polyolefin Copolymer electron-beam cross-linked

· Outer sheath: Polyolefin Copolymer electron-beam cross-linked

· Sheath colour: Black or as per requirement

 

4. Technical specification

· Nominal voltage: U0 /U = 600 / 1000 V AC, 1000 / 1800 V DC

· Test voltage: 4000 V, 50 Hz, 5 min.

· Temperature rating:

· 40 °C up to + 125 °C

· 40 °F up to + 257 °F

· Ambient temperature: > 25 years (TüV)

· 40 °C up to + 90 °C

· 40 °F up to + 194 °F

· Max. short circuit temperature: 280 °C, + 536 °F

· Bending radius: ≥ 4 × outer diameter

· Standards: IEC60332, IEC61034, etc.

 

5. Advantages

· Electron-beam cross-linked compounds

· High mechanical resistance

· Resistant to heat, low temperature, oil, abrasion, UV, ozone and weathering.

· Hydrolysis resistant

· High temperature resistant, the materials do not melt or flow

· Good cold flexibility

· Very long life cycle

· Compatible to all popular connectors

· No corrosive or toxic gases are produced

· Little smoke is generated in the event of a fire

· Easy to strip


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