H1Z2Z2-K Solar cable 1 x 10mm² DCA AD8 UV TÜV (Red)

Technical data

Conductor type

Tinned copper, class 5 (flexible)

Voltage

CPR-class

Halogen-free

Flame resistant

UV-resistant

Yes

Color

Description

The H1Z2Z2-K solar cable Dca is a flexible, halogen-free single-core cable specially designed for photovoltaic installations where reliability, safety and durability are key. Used in residential installations, commercial rooftops and large-scale solar parks, this cable is the reliable DC connection between solar panels and inverters.

The cable is constructed with a fine-core tinned copper conductor and double halogen-free insulation based on special copolymers. This construction offers high resistance to high temperatures, UV radiation, ozone and aging, making the cable suitable for long-term outdoor use under varying climatic conditions.

Key features:

  • Conductor: flexible, tinned copper – class 5
  • Insulation: double halogen-free copolymer insulation
  • Rated voltage:
    • 1.0/1.0 kV AC
    • 1.5/1.5 kV DC (max. 1.8 kV DC)
  • Operating temperature: -40°C to +90°C
  • Max conductor temperature: 120°C (up to 20,000 hours)
  • CPR response to fire: Dca
  • Flame retardant according to EN 60332-1-2
  • Low smoke generation according to EN 61034
  • UV and ozone resistant
  • TÜV Rheinland certified
  • Minimum bending radius (fixed installation): 5× cable diameter

Installation methods and use:

  • Outdoor installations
  • Roof-mounted PV systems
  • Solar farms and field arrangements
  • In pipes, ducts and fixed cable runs

The flexible construction makes the cable easy to install, even on longer routes and complex routings, contributing to quick installation and reliable performance.

Typical applications:

  • String cables between solar panels
  • DC connections to inverters
  • Residential PV installations
  • Commercial and industrial solar energy systems

Note

The listed product information and technical data are compiled with the utmost care but may differ from reality. Images, specifications, and descriptions are indicative and non-binding.

TOP