Suitable For Roof Fixing L-leg

Function of L-leg
1. Support and connection: As the basic component of the bracket, the L-leg is responsible for supporting the main structure of the photovoltaic bracket, transferring the weight of the photovoltaic module and other loads to the roof purlin, ground foundation or other bearing structures, and playing a role in stabilizing the connection. For example, it can be directly locked on the roof purlin and fixed with screws. For example, the L-leg of the single-column (L-shaped) bracket can be connected to the ground or the bearing surface through a vertical pole to support and fix the photovoltaic module, which is suitable for small photovoltaic systems.
2. Angle and position adjustment and adaptation: It can assist in adjusting the angle and position of the photovoltaic bracket, and facilitate the flexible adjustment of the inclination of the photovoltaic module according to the installation scenario (such as the roof slope, the requirements for the light angle at different latitudes, etc.), so that the module can better adapt to the light and improve the power generation efficiency. Some L-leg can be used with scales, slides and other structures to freely adjust the support angle and position.
3. Protect the installation surface and optimize the force: In some roof installation scenarios (such as small green tile roofs), the appropriately designed L-leg can adapt to the roof structure, increase the force area in contact with the roof, avoid excessive concentrated load on the roof (tiles, etc.) and reduce problems such as roof leakage caused by the installation of the bracket. The overall force of the bracket can also be optimized through structural design (such as matching elastic and anti-slip components) to improve the stability of the system.
4. Adapt to different scenarios and simplify installation: Adapt to a variety of common roof types such as color steel tile trapezoidal roofs, and some can be customized to adapt to special roofs; its modular and standardized structure can simplify the installation process of photovoltaic brackets, without complex welding and large-scale damage to the installation surface (such as roof drilling, etc.), improve installation efficiency, and reduce the difficulty of later operation and maintenance.