Aerocompact CompactMETAL TMK1508 sliding seam clamp medium
The Aerocompact CompactMETAL TMK1508 sliding seam clamp medium is an innovative and versatile solution for the secure attachment of photovoltaic modules on pitched roofs with sliding seams. With this high-quality clamp, solar modules can be installed easily and efficiently in order to generate clean and renewable energy from sunlight.
Technical data:
- Suitable for pitched roofs with sliding seam
- Robust and durable construction
- Easy and quick installation
- Suitable for various module sizes and types
- High quality material for excellent corrosion resistance
- Wind load tested and certified
- Optimal alignment of solar modules for maximum energy generation
- Suitable for commercial and private PV systems
The Aerocompact CompactMETAL TMK1508 sliding seam clamp medium offers a reliable and secure fastening solution for photovoltaic modules on pitched roofs with sliding seams. The clamp enables simple and quick installation, which saves time and costs during installation.
Thanks to the high-quality materials from which the sliding seam clamp is made, it is extremely corrosion-resistant and resistant to environmental influences. The clamp therefore ensures long-lasting stability and reliability of the PV system.
The Aerocompact CompactMETAL TMK1508 sliding seam clamp is suitable for different module sizes and types, which offers flexibility in the planning and installation of the photovoltaic system. The clamp ensures optimal alignment of the solar modules in order to use the solar energy efficiently and maximize energy production.
The wind load tested and certified design of the slip seam clamp offers additional security to withstand the demands of various weather conditions. It is ideal for commercial and private PV systems and enables sustainable energy generation from sunlight.
Choose the Aerocompact CompactMETAL TMK1508 medium sliding seam clamp to attach your photovoltaic modules safely and efficiently and make an important contribution to the promotion of renewable energies.
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