K2 BasicRail 4.8m – Sloping roof trapezoidal sheet
VAT is not applicable & plus shipping costs
The K2 BasicRail 4.8m ensures stable mounting of solar modules on inclined roof trapezoidal sheets. It is robust, durable and easy to install.Ideal for various applications.
Description
Stable mounting with the K2 BasicRail 4.8m
The K2 BasicRail 4.8m provides a stable base for mounting solar modules on sloping roof trapezoidal sheets. With a length of 4.8 meters, this BasicRail secures your solar system reliably, even in extreme weather conditions. It is the ideal solution to install your photovoltaic system safely and firmly.
Robust construction for the highest demands
The K2 BasicRail 4.8m is made of high strength, corrosion resistant material that ensures a long service life. The special coating protects against weathering and corrosion. This rail keeps reliable even in high load and adverse weather conditions. The robust construction ensures that your solar system can be operated safely and efficiently.
Easy installation for quick deployment
The installation of the K2 BasicRail 4.8m is simple and straightforward. The components are perfectly matched, which facilitates installation on trapezoidal sheet roofs. With the included fasteners and detailed instructions you save time and effort. The rail allows for fast and precise installation, so your solar system is ready to use quickly.
Versatile for various applications
The K2 BasicRail is versatile and suitable for private as well as commercial solar systems. It fits different types of roofs and ensures an even distribution of the load. Its flexibility makes it an ideal choice for various installation scenarios, whether for small home installations or large commercial projects.
Efficiency increase for your solar system
With the K2 BasicRail you improve the efficiency of your solar system. The stable rail ensures safe installation of the solar modules and optimises energy yield. The even support allows your solar panels to reach their maximum performance and contribute to higher energy production.