Keskijännitekaapeli InLine 95607 punainen musta 1500V 7.5m

The InLine H1Z2Z2-K solar cable 6 mm² with preassembled solar plugs (pair: red and black) is developed for cabling photovoltaic systems and for medium-voltage DC applications up to 1500 V. The cable combines a tinned copper conductor, cross-linked polyolefin (XLPO) halogen-free insulation and a robust outer sheath to provide long-term, weather- and UV-resistant performance in PV installations. The product is supplied as a 7.5 m cable pair and is suitable where reliable DC power transmission and safe connectorized junctions are required.

Advantages

The cable supports a nominal AC voltage of 1.0/1.0 kV and a DC working voltage of 1.5 kV in accordance with EN 50618, providing a high safety margin for photovoltaic systems. Its tinned copper, fine‑stranded 6 mm² conductor and XLPO insulation deliver low DC resistance, flame retardancy (EN 60332-1-2) and low smoke, zero halogen behaviour. The construction is ozone-, weather- and UV-resistant and the cable has been voltage-tested and current-capacity tested to relevant standards.

Suitable for

• Cabling photovoltaic (PV) modules and arrays
• Connectorized DC runs between inverters, combiner boxes and modules
• Medium-voltage DC installations up to 1500 V
• Outdoor and rooftop PV applications requiring UV and weather resistance

Key specifications

• Conductor cross-section: 6 mm², fine‑stranded
• Conductor material: tinned copper
• Nominal/working voltage: 1.0/1.0 kV AC; 1.5 kV DC (EN 50618)
• Length: 7.5 m (pair: red and black)
• Outer diameter: approx. 6.3 mm
• Insulation wall thickness: nominal 0.7 mm; sheath nominal 0.8 mm
• DC line resistance: 3.3 Ω/km
• Voltage test on cable: AC 6.5 kV, DC 15 kV
• Temperature range: -40 °C to +90 °C
• Minimum bending radius: 26 mm
• Standards: EN 50618, EN 60811, EN 60332-1-2 (LSOH)

How to use

Install the cable following local electrical regulations and the PV system designer’s instructions. Select the required conductor cross-section and confirm cable length for voltage drop and current capacity; consult a qualified solar technician if in doubt. Route and secure the cable to avoid excessive mechanical stress; respect the minimum bending radius of 26 mm. Connect the preassembled solar plugs at module and system ends according to the connector polarity (red = positive, black = negative) and perform insulation and continuity tests before energising the system.

Recommendations

Verify that the chosen 6 mm² cross-section meets the specific current and distance requirements of your installation. For long runs or high-current circuits, calculate voltage drop and, if necessary, select a larger cross-section. Only use matching, certified solar connectors and follow EN 50618 and local wiring codes when installing.