A Solar Mid Clamp is a vital mounting component used specifically to secure the inner edges of two adjacent solar panels onto a single shared support rail. Positioned between the panels, it acts as a central connector, firmly gripping the frames of both modules simultaneously. This design allows for seamless, continuous rows of panels without gaps, maximizing space efficiency on the mounting structure. Engineered for strength and durability, mid clamps are typically made from corrosion-resistant aluminum or stainless steel to endure harsh outdoor conditions. They are integral to a modular and fast installation process, often featuring tool-free or simple bolt-tightening mechanisms. Crucially, many mid clamps also facilitate the electrical grounding continuity between panels, enhancing the overall safety of the photovoltaic system. In essence, the solar mid clamp is the key hardware that creates a secure, unified, and electrically bonded array from individual solar panels.
Product name :
Solar ClampMaterial :
AL6005-T5Wind Load :
60m/sSnow load :
1.4kn/m2Surface Treatment :
AndoizedWarranty :
10yearsService Life :
25yearsA Solar Mid Clamp is a key mounting component used to securely fasten two adjacent solar panels to a shared support rail. Positioned between the panels, it locks both frames in place, ensuring a stable, gap-free array. Designed for quick installation and made from durable, weather-resistant materials, it also often helps establish electrical grounding between panels for system safety.
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Product Advantages
Space-Efficient Installation: Enables two adjacent panels to share a single point of connection on the rail, creating a continuous, gap-free array that maximizes the use of available mounting space.
Simplified & Faster Assembly: Dramatically speeds up installation by securing two panels with one component, reducing part count and labor time compared to individual mounting solutions.
Enhanced Structural Integrity: Provides a strong, centralized connection point that helps distribute mechanical loads (like wind and snow) evenly between two panels, improving the overall rigidity and stability of the array.
Integrated Grounding Path: Often designed to create a reliable metal-to-metal contact between the frames of both panels and the rail, ensuring a continuous grounding pathway for electrical safety.
Material Durability: Typically manufactured from high-strength, anodized aluminum or stainless steel, offering excellent resistance to corrosion and long-term weathering.
Modular Design Flexibility: Works seamlessly with end clamps, allowing for easy expansion and adaptable row configurations in any photovoltaic system layout.
Warranty & Frame Protection: Uses a non-penetrating clamping method that avoids drilling into the panel frames, preserving their structural warranty and protective coatings.
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