WOCHN Steel Carport Mount Systems is available for commercial and residential users to install PV on Carpark. Use two sink rails for waterproof. Installation is simple with just a few structural components and no drilling, welding or heavy machinery required. Different arrangement directions and inclinations can be provided according to the project site, providing different options for single-sided and double-sided parking. Made of high-strength carbon steel material with excellent weather resistance and corrosion resistance.
Features
Water-proof
With 2 directions conduct water rail , all water flow into conduct rail, and flow out in bottom side
Portrait conduct water rail
Landscape conduct water rail
Beauty and Strong
The unique edge design achieves the system beauty and protects the edges of the carport from damage
Ensure the structural integrity of the carport and extend its service life
Customized design
WOCHN design installation solutions for single-sided parking and double-side d parking
Provide different solutions accurately according to needs
Universal for residental and commercial
Standard design: single-sided and double-sided parking
Customzied multiple parking space
Professional production process
Auto-drilling machine to ensure fast cutting and drilling
Professional assemble team and package team
Components
Single-sided Beam
Double-sided Beam
Z-type Steel
Top-empty Sink Rail
Horizontal Sink Kit
Top-empty Sink Rail
Single-sided Beam
Single-sided Beam
Cap
Top-empty Sink Rail
Horizontal Sink Kit
Vertical Sink Rail Fix Kit
Technical Data
Product name | Steel Car Park Mount System |
Application | Ground, residental and commercial |
Inclination | Standared or customized |
Material | Carbon steel |
Finish | Anodized clear, average 12um |
PV module | Framed or unframed |
Module size | Small and Big modules |
Module orientation | Landscape |
Module direction | South , North |
Design wind loading | Up to 60m/s |
Design snow loading | Up to 1 metre |
Roof height | Up to 20 metre |
Design Standard | EN1991, AS1170,UL1703,JIS C 8955:2011,CE,TUV |
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