Photovoltaic U-shaped bolts

Photovoltaic U-bolts are a common type of connecting fastener in the field of solar energy,

mainly used to fix the connection between solar panels and brackets.

Its structure and materials have unique characteristics, which can meet various requirements in the field of solar photovoltaic.

Below is a detailed introduction to the relevant knowledge of photovoltaic U-bolts,

Structure and materials of photovoltaic U-shaped bolts

Photovoltaic U-shaped bolts are a type of U-shaped gold roof panel composed of two parallel vertical feet.

One of the feet is threaded and can be inserted into the fixing plate hole, tightly connected to another additional component by rotation.

The length and thickness of threads vary depending on the material and design used.

The other foot must be anchored to the supporting structure in order to provide stability.

The materials for photovoltaic U-bolts are usually high-strength stainless steel and carbon steel, and have corrosion resistance and wear resistance.

These materials are widely used in photovoltaic systems due to their high durability and mechanical properties.

Universal photovoltaic U-bolts: This model of photovoltaic U-bolts is made of stainless steel material and is widely used to fix solar panels and brackets.

Large photovoltaic U-bolts on the ground: These photovoltaic U-bolts are usually used for the installation of large photovoltaic systems and can be tightly connected to concrete or steel plates.

It is usually made of carbon steel and has been galvanized or hot-dip galvanized to improve its corrosion resistance.

Application Of  Photovoltaic Bolts

Roof photovoltaic U-bolts: This type of photovoltaic U-bolt is usually used to fix the solar panels installed on the roof,

and can be connected to the roof structure through anchor rods and washers.

Its characteristics are compact structure, easy installation, and will not damage the roof waterproof layer.

Embedded photovoltaic U-bolts: These photovoltaic U-bolts are suitable for bracket systems fixed on the ground,

usually anchored on concrete foundations to improve their stability.

Its structure and material are similar to large photovoltaic U-bolts on the ground.

Super strong load-bearing capacity and precise installation: Due to the use of high-strength materials and precise installation parameters,

photovoltaic U-bolts can provide strong load-bearing capacity and ensure the accuracy of the supporting structure.

Excellent durability and stability: The photovoltaic U-shaped bolts are made of wear-resistant and corrosion-resistant materials,

which have excellent durability and can work for long periods of time under extreme weather conditions, with extremely high stability.

Strong adaptability: There are various types of photovoltaic U-bolts, which are suitable for different types of support systems and installation positions,

and can flexibly meet the installation needs of various scenarios.

Before installation, it is necessary to inspect all accessories and materials to ensure that there are no damages or defects,

Determine the installation position and direction of the photovoltaic U-shaped bolts,

and use measuring tools such as rulers and levels to accurately measure to ensure correct installation.

Use an electric drill to drill out the hole position in the fixed plate hole,

then insert the photovoltaic U-shaped bolt into the hole and tighten it with tools such as a wrench.

Ensure that the feet connected to the support structure are secure and take appropriate measures to ensure stability.

When tightening the photovoltaic U-shaped bolts, it is necessary to be careful not to over tighten them to avoid damaging the threads and materials.