Maximum wind resistance: 52m/s
Maximum snow resistance: 1.5KN/m2
Span range: 0.6-3.2m
System installation angle deviation: ± 2 °
Design standard: AS/NZS1170 ASCE 7-05 DIN1044
GB50797-2012 GB 50017-2003 Steel structure design
Installation site: flat roof or level ground
Body material: Q235B
Fastener material: SUS304 or hot-dip galvanized steel
Applicable components: framed or frameless
Applicable arrangement: vertical or horizontal
Warranty period: 10 years
- Strong compatibilityThe carbon steel bracket system can meet the installation requirements of different specifications of PV modules. At the same time, it is compatible with the different arrangement of components.
- Safe and reliableThe carbon steel bracket system mainly uses hot-dip galvanized carbon steel material to effectively prevent corrosion and oxidation. The overall structure of the bracket is stable, wind-resistant, snow-resistant, and shock-resistant, and has safe and reliable characteristics.
- Low priceThe carbon steel bracket main body material is made of hot-dip galvanized carbon steel, and the price is much better than the traditional aluminum alloy.
step1、Install carbon steel tripod
Fix the base on the cement foundation with the bolts embedded. Figure 1 (left); will be fixed to the stringer with hinge joints. And install the stringer to the base. As shown in Figure 2, Figure 3 (middle two figures); the rear support is mounted on the hinge joint and the base. As shown in Figure 4 (right).
Place the beam opening up on the longitudinal beam of the bracket, adjust the size distance, and fix the rail to the stringer with M10*25 bolts and plastic wing nuts. Figure 5, Figure 6
If the track length is not enough, you can use a rail connector and 4 sets of M10*25 bolts to connect the multiple rails together. Figure 7
The components are tiled on the rails and the solar panels are installed in a designed position, secured by side clamp assemblies and medium pressure block assemblies. As shown below