BIPV_Solar Mounting System

Tile roof hook kit solar mounting systems is designed for solar installation on most types tile roofs. Applicable to Portrait & Landscape orientation panel layout. Made of SUS 304 and firmly bottom fixing. Multiple styles of adjustable and fixed tile hooks. Pre-assembled Components Save Onsite Installation Time Flexibility and Adjustability Suitable for installing framed and frameless modules Safety & Reliable    Installation Site Pitched roof with tiles    Installation Base Slate tile roof Roof Pitch Up to 60° Module orientation Landscape/portrait    Max Wind Speed < 60m/s    Snow Load < 80cm    Standards AS/NZS 1170 &JIS C 8955-2011    Material ·   Stainless steel 304 Hook    Warranty / Duration  12 years/ More than 25 years

Ballast tripod flat rooftop mounting system is a type of solar panel mounting system that is designed for flat rooftops. This system uses a tripod structure that is weighted down with ballasts to provide a stable and secure foundation for the solar panels.

L feet brackets mainly applied to trapezoidal metal sheet roofs and corrugated metal sheet. It can be directly fixed on the roof beam with screw. Hanger bolt and Screw St6.3x80 apply to install on steel beam and Wooden beam. Making installation faster, competitive and reliable. Systems are fully compliant with international standards on wind & snow load. Low fitting costs Every size of module array possible Height adjustable via elongated hole in the sheet metal bracket Suitable for large distances between rafters    Installation Site Trapezoidal and corrugated sheet metal Fastening Riveted or screwed onto raised corrugated Economic layout Landscape/portrait    Max Wind Speed < 60m/s    Snow Load < 80cm    Standards AS/NZS 1170, DIN 1055, JIS C 8955:2011     Material Anodized aluminum 6005 T6 , Fasten bolt and nut stainless steel 304     Anti-corrosive  Anodized     Warranty / Duration  12 years/ More than 25 years Details    

The adjustable solar roof mounting systems could be fixed or adjustable tilt, meeting project specific adjustments to optimize the solar output.