driven by slewing drive.
2. Eliminates the water wave effect to prevent the impact of wind to the structure, eliminate the quiver and ensure
the output efficiency of solar modules.
3. More resonable stable distribution, lower steel structure cost, and avoid the deformation of structure.
4. Independent design, various landform adaptability, zero land levelling cost, make it suitable for solar agriculture,
Solar-fishery projects and other application purpose, make it easy to install and maintain, and save maintenance cost.
|Dual Single Axis Tracker
|X-Axis ±120°, Y-Axis 0-60°
|Working Wind Speed
|Max Wind Speed ( at Stow Position)
|35m/s (ASCE 7-10)
|Modules Per Tracker/tables
|≤40 In Portrait (Customizable)
|HDG Q235B/ Q355B/ ZAM
|Mean Coating Thickness
|Closed Loop Time Control +GPS
|Powder Acquistion Mode
|Auto Stow At Night
|Auto Stow During High Winds
|Yes (response after 10 seconds)
|0.3KW/H per day
The bearing is used in solar photovoltaic tracking bracket. The raw material is ultra high molecular weight
polyethylene, which has wear resistance, high temperature resistance, impact resistance and so on.
Packaging and Delivery
Q1. Are you a factory?
A1: Yes. Solar First is specialized in producing the solar mounting structure. We are the top level manufacturer which is
verified by alibaba.
Q2. Can we request sample before ordering?
A2: Yes. We welcome sample order to test and check quality.
Q3. What is your delivery time?
A3: Actually it depends on the order quantity, usually about 10 working day.
Q4. Is customized available?
A4: Yes. According to the detailed drawings you provide.