Keskijännitekaapeli InLine 95415 1500V 15 m punainen musta

The InLine 95415 medium voltage solar cable H1Z2Z2-K, 4 mm², supplied as a pair with solar plugs in red and black, is engineered for wiring photovoltaic systems and for reliable power transmission up to 1500 V. With a 15 m length, 5.5 mm diameter and 0.7 mm insulation thickness, the cable combines robust construction and protective features to support long-term, efficient operation of PV installations. The required conductor cross-section depends on current and cable length; consult a solar technician if unsure.

Advantages

This solar cable provides durable insulation and stable electrical characteristics suitable for photovoltaic use. Delivered as a matched red and black pair with solar plugs, it simplifies polarity-safe connections. The construction supports long-term outdoor operation and reliable transmission at system voltages up to 1500 V.

Suitable for

• Wiring of rooftop and ground-mounted photovoltaic arrays
• Connecting solar modules to combiner boxes or inverters
• Medium-voltage PV string extensions and interconnections up to 1500 V

Key specifications

• Model: InLine 95415 (H1Z2Z2-K)
• Conductor cross-section: 4 mm²
• Maximum operating voltage: 1500 V
• Length: 15 m
• Diameter: 5.5 mm
• Insulation thickness: 0.7 mm
• Color: Red and Black (pair)
• Weight: 0.845 kg

How to use

Install the cable following the PV system design and local electrical codes. Route and secure the cable to avoid sharp bends and mechanical stress, and maintain correct polarity using the red and black leads with the supplied solar plugs. Make connections at module terminals, combiner boxes or inverter inputs; ensure all connections are tightened and weatherproofed where required. Verify system voltage limits and perform electrical tests before commissioning.

Recommendations

Choose the conductor cross-section based on the actual current and cable run length; when in doubt, consult a qualified solar technician. Avoid exceeding the 1500 V rating and protect the cable from prolonged mechanical abrasion and concentrated heat sources.