Medium voltage cable InLine 95603 Red Black 1500V 3m

The InLine 95603 solar cable H1Z2Z2-K, 6 mm², supplied as a matched pair with integrated solar plugs (red and black), is engineered for use in photovoltaic installations and for reliable medium-voltage connections up to 1500 V. Its robust insulation and conductor construction provide long-term durability and stable power transmission for PV systems. The cable length is 3 m and the outer diameter is 6.3 mm with an insulation thickness of 0.7 mm.

Advantages

This 6 mm² H1Z2Z2-K cable combines UV-resistant and weatherproof insulation with integrated solar plugs to simplify safe DC connections in solar arrays. The cable supports operation up to 1500 V and offers consistent electrical contact and mechanical stability suitable for outdoor PV installations. The matched red/black pair facilitates correct polarity identification during installation.

Suitable for

• PV string connections between modules and inverters
• DC cabling in residential and commercial photovoltaic systems
• Medium-voltage solar installations requiring up to 1500 V
• Situations where UV and weather resistance are needed

Key specifications

• Cable type: H1Z2Z2-K solar cable, 6 mm² conductor cross-section
• Voltage rating: up to 1500 V DC
• Length: 3 m (pair: red and black)
• Outer diameter: 6.3 mm
• Insulation thickness: 0.7 mm
• Connector: integrated solar plug pair (red/black)
• Brand / MPN / EAN: InLine / 95603 / 4043718334698

How to use

Route the red and black cables following the PV array layout, keeping polarity consistent. Connect the integrated solar plugs to compatible PV module or inverter connectors, ensuring firm engagement and correct polarity. Avoid sharp bends and excessive mechanical strain on the cable and connectors. Secure cables with appropriate clips or fasteners to maintain spacing and prevent chafing. If longer runs or parallel connections are required, plan conductor sizing and layout according to system current and voltage.

Recommendations

Choose the appropriate wire cross-section for your installation based on current, distance and permissible voltage drop; consult a qualified solar technician if unsure. Ensure connectors and cable routing comply with local electrical and PV installation standards.