Correction bracket for solar collectors KS2600-15-3-S250.K211 HSM326KS25

Professional mounting for solar systems

The KS2600-15-3-S250.K211 leveling bracket is a specialized mounting element designed for the installation of three KS2600 TLP flat solar collectors on roofs with a slope of 15-30°. This solution ensures a stable and secure connection of the solar system to the roof structure, which is crucial for the long-term efficiency of the entire installation.

Design and materials

The mounting is made of stainless steel, which is characterized by high resistance to corrosion and varying weather conditions. The construction width of 4107 mm provides an adequate support surface for three collectors, guaranteeing even load distribution.

The system utilizes the S250 stud bolt, which allows for precise adjustment of the bracket to various types of rafters and roof coverings. This type of threaded connection ensures not only the solidity of the mounting but also the possibility of easy inclination angle adjustment within the 15-30° range.

Application and compatibility

The bracket has been specifically designed for KS2600 TLP flat collectors, creating a complete mounting system dedicated to installing three units simultaneously. The bracket design allows for mounting on various types of roof coverings - from traditional tiles to modern metal coverings.

The 15-30° inclination range allows for optimal positioning of the collectors relative to the sun throughout the year, which translates into higher energy efficiency of the solar installation.

Mounting and operational advantages

Thanks to the use of materials resistant to adverse weather conditions - rain, snow, or intense sunlight - the bracket ensures many years of trouble-free use without the risk of structural weakening. The leveling system allows for perfect leveling of the collectors even on uneven roof surfaces.

Mounting using the S250 stud bolt eliminates the need for additional anchoring elements, which simplifies the installation process and shortens the assembly time of the entire solar system. The robust construction guarantees resistance to external forces such as wind or snow loads.