Photovoltaic cable H1Z2Z2-K 1X16 mm² black 18048597

Photovoltaic cable for demanding installations

This black, single-core SOLRAFLEX®-X H1Z2Z2-K cable with a cross-section of 16 mm² is specifically designed for photovoltaic systems. It meets the EN 50618 standard, guaranteeing reliability and safety in every installation. This cable is a solid choice for both professional installers and system owners who value long-lasting and trouble-free operation.

Construction and application

The cable is double insulated, which increases safety and allows it to be used with devices of protection class II. It can be used in both external and internal installations. Although direct burial in the ground is permitted, it is recommended to lay it in protective conduits for additional mechanical protection and against the effects of weather conditions. It should not be used for permanent underwater installation. The maximum permissible DC system voltage is 1.8 kV.

Key features and benefits

• Resistance to external conditions: Exhibits high resistance to UV radiation, ozone and water (AD8 – protection against immersion), ensuring long-term operation even in harsh weather conditions.
• Safety: Double insulation and compliance with the requirements of protection class II minimize the risk of electric shock.
• Durable construction: Made of halogen-free plastic, resistant to oxalic acid and sodium hydroxide.
• Flexibility: Allows easy installation and cable routing. The minimum bending radius for fixed laying is 5x the cable diameter.
• Longevity: Under appropriate operating conditions (conductor temperature up to +90°C, ambient temperature up to +60°C) ensures a service life of at least 25 years.
• Certification: Has a TÜV Rheinland certificate (No. R60115689), confirming high quality and compliance with safety standards.
• CPR class: Eca – provides an appropriate level of reaction to fire in accordance with EN 50575.
• Temperature resistance: The cable retains its properties over a wide temperature range – from -40°C to +90°C during stationary operation, and can withstand a temperature of up to +250°C for a short time during a short circuit.