ESDEC Multi HVG Aluminum Hook (30-63mm)

The ESDEC Multi HVG aluminum roof hook (30–63 mm) is a professional mounting solution intended for photovoltaic installers working on pitched tiled roofs. Designed for residential projects as well as light commercial installations, this hook offers great flexibility to adapt to different batten profiles, ensuring fast and reliable installation of mounting structures. This photovoltaic hook is made from robust aluminum, a material that combines light weight, corrosion resistance, and mechanical durability. Thanks to its adjustment range of 30 to 63 mm, it adapts to a wide variety of batten heights and tile shapes, making integration easier on heterogeneous roofs or those with dimensional variations. This adjustability often avoids the need to modify or grind tiles, reducing installation time and preserving the integrity of the roofing. On site, the ESDEC Multi HVG aluminum hook is fixed without drilling the tile, using a clamping anchoring system on the roof batten. This mechanical fixing method provides effective resistance to wind loads and climatic stresses, while minimizing potential infiltration points that could compromise roof waterproofing. Once installed, it serves as a solid anchoring point for the mounting rails, which are the essential elements onto which photovoltaic panels are then aligned and fixed. This hook is particularly appreciated for its compatibility with standard mounting systems on the market, notably those from Esdec’s ClickFit range, which is recognized for its efficiency and ease of installation. This allows photovoltaic installers to streamline their component inventory while ensuring broad compatibility with different types of framed solar panels. In practice, this component is especially relevant on pitched tiled roofs where batten variability is a common challenge. Whether for individual residential projects or medium-scale commercial installations, the ESDEC Multi HVG aluminum hook facilitates rail alignment and optimizes mechanical load distribution while reinforcing structural safety. Compared to fixed hooks, this model stands out for its wide adjustment range, which reduces the need for additional adjustments and time spent on site. It therefore represents a reliable and durable solution for securing photovoltaic mountings and ensuring the long-term performance of solar installations.