K2 Systems MultiAngle Top Flange for landscape or portrait mounting

K2 Systems MultiAngle Top Flange

The K2 Systems MultiAngle Top Flange is a versatile mounting element that has been specifically designed for mounting solar modules in landscape or portrait orientation. The MultiAngle Top Flange allows solar modules to be securely and flexibly mounted on different roof types to ensure the best possible orientation for maximum energy production. This high-quality product is characterized by its stability, adaptability and easy installation.

Product features:
Versatile installation: The MultiAngle Top Flange allows solar modules to be attached in both landscape and portrait orientation. Optimized alignment: The adjustable construction allows the solar modules to be precisely adjusted for maximum sunlight. Easy installation: Thanks to the well-thought-out design and mounting devices, installing the MultiAngle Top Flange is straightforward and time-saving. High stability: Made from robust material, the MultiAngle Top Flange ensures reliable and permanent attachment of the solar modules. Adaptable: The MultiAngle Top Flange can be adapted to different solar modules and roof types.

Technical data:
Model: K2 Systems MultiAngle Top Flange Mounting Orientation: Landscape or Portrait Mode Material: High quality and durable material

Advantages:
Optimal orientation of solar modules for maximum energy production Flexibility when mounting in landscape or portrait orientation Easy and quick installation Stable and reliable mounting Adaptable to different solar modules and roof types

Areas of application:
The K2 Systems MultiAngle Top Flange is ideal for mounting solar panels on a variety of roof types, including pitched and flat roofs. The ability to mount solar panels in both landscape and portrait modes allows for optimal orientation for maximum solar exposure and energy production. With its robust construction, easy installation and adaptability, the MultiAngle Top Flange is the ideal choice for solar installers and operators looking to increase the efficiency of their solar systems.