Aluminum end clamp for 30/35mm thickness solar panel by Egret Solar that is designed for residential and commercial applications. It allows installation on tile and tin roofs, as well as pitched and flat roofs. Corrosion resistance is achieved through anodised structural grade aluminium and stainless steel components.
Name: Aluminum 30/35mm solar end clamps
Brand: Egret Solar
Product Origin: Fujian, China
Material: Aluminium
Warranty: 12years
Duration: 25years
Shipping Port: Xiamen Port
Lead Time: 7-15 days
Max Wind Speed: 60m/s
Max Snow Load: 1.4kn/㎡
Aluminum end clamp for 30/35mm thickness solar panel by Egret Solar that is designed for residential and commercial applications. Aluminum End Clamp aluminum alloy fixtureprovide durable and long-lasting mechanical and electrical security for solar panels, protecting them from weather conditions and maintaining the structural integrity of the entire solar panel mounting system.
Feature:
Easy to install, saving time and labor costs.
Light weight, easy to carry.
Material: aluminum alloy 304 stainless steel
Applicable size: 30mm and 35mm universal
Screw: M8
Color: black/silver
Wide applicability: applicable to the installation of most solar panels in motor homes, houses and ships
aluminum alloy fixture for 30/35mm Thickness Solar Panels is a type of component used in solar panel mounting systems to secure photovoltaic (PV) modules onto mounting rails. The clamp functions as a connector between the base of the solar panel and the mounting rail, providing both mechanical security and electrical grounding.
Aluminum End Clamp for 30/35mm Thickness Solar Panels are designed to accommodate solar panels with thicknesses of 30/35mm and 35/40mm. The aluminum alloy fixture are custom fitted to the specific size and shape of the solar panels, ensuring a secure fit.
The use of aluminum in solar panel end clamps provides a lightweight and durable solution for harsh outdoor environments. Aluminum is corrosion-resistant, making it ideal for long-term exposure to sun, moisture, and extreme temperatures.
Installing Aluminum End Clamp for 30/35mm Thickness Solar Panels onto solar panels is relatively easy and requires few steps. Firstly, the clamps are positioned over the edge of the module, sliding over the frame until it holds the module's top and bottom secure, and then tightened to the mounting rail using bolts and nuts.
Aluminum alloy fixture for 30/35mm Thickness Solar Panels provide a solid and reliable solar panel mounting solution, ensuring the long-term viability and performance of a solar panel in various weather conditions. Also, they help to protect the structural integrity of solar panels and mounting systems.
In conclusion, aluminum alloy fixture for 30/35mm Thickness Solar Panels are an essential component of solar panel mounting systems. They provide mechanical and electrical security, protect the system integrity, and are durable and long-lasting in challenging outdoor environments.
1.What is an aluminum end clamp?
Answer: Aluminum end clamps are a type of component used in solar panel mounting systems to secure photovoltaic (PV) modules onto mounting rails. They are designed to accommodate solar panels with thicknesses of 30/35mm and 35/40mm.
2.What are the advantages of using aluminum end clamps?
Answer: Aluminum end clamps provide a reliable and durable solution for solar panel mounting, as aluminum is lightweight, corrosion-resistant, and long-lasting in outdoor environments.
3.What thicknesses of solar panels do the aluminum end clamps fit?
Answer: Aluminum end clamps are designed to fit solar panels with thicknesses of 30/35mm and 35/40mm.
4.How are aluminum end clamps installed onto solar panels?
Answer: The clamps are positioned over the edge of the solar panel and are tightened to the mounting rail using bolts and nuts.
5.Why are aluminum end clamps important in a solar panel mounting system?
Answer: Aluminum end clamps provide mechanical and electrical security for solar panels, ensuring the long-term viability and performance of a solar panel in various weather conditions. They also help to protect the structural integrity of solar panels and mounting systems.