The PnS FST Adjust. Rear Leg is a specialized component used in the installation of solar photovoltaic (PV) modules. It is typically part of a larger racking system that supports and secures the PV modules on a roof or ground-mounted structure.

Key features:

Adjustable design: The “adjust.” in its name indicates that it has an adjustable feature, allowing for flexibility in the installation process. This could involve the ability to adjust the leg’s height or angle to accommodate different roof slopes or module configurations.
FST technology: The “FST” in its name likely refers to a specific type of fastening or attachment technology used in the leg. This could involve a unique clamping mechanism or other innovative features.
Durability: The leg is typically made of a durable material, such as aluminum or stainless steel, to ensure long-term performance and resistance to harsh weather conditions.
Compatibility: The leg is designed to be compatible with various types of racking systems and PV modules.
Benefits:

Flexibility: The adjustable design allows for greater flexibility in the installation process, making it easier to accommodate different roof slopes or module configurations.
Efficiency: The adjustable feature can streamline the installation process, especially in complex solar systems.
Reliability: The FST technology ensures a secure and reliable connection between the PV modules and the racking system.
Versatility: The adjustable rear leg can be used in various solar installation scenarios, including residential, commercial, and industrial applications.
Aesthetics: The leg’s design can be chosen to complement the overall appearance of the solar installation.
Applications:

Rooftop solar systems: The PnS FST Adjust. Rear Leg can be used in various types of rooftop solar installations, including pitched roofs and flat roofs.
Ground-mounted solar farms: It can also be used as part of a larger racking system in ground-mounted solar installations.
Large-scale solar projects: The adjustable feature of the leg can be particularly beneficial in large-scale solar projects where precise alignment and flexibility are important.