The Most Flexible Aluminum Solar Mounting System For Tile Roof Household System
Product Details
The Tiled Roof Mounting solution is ideal for installations on
pitched, tiled roofs inclined anywhere between 5°and 60°. It
accommodates all framed and unframed solar panels currently on the
market. Tunxin complete product range of mounting brackets provide
for fast and simple fixing to purlins or rafters, without having to
remove any tiles and without affecting the integrity or function of
the tiles themselves. Roof brackets are available for traditional
profile tiles, flat tiles and slate tiles.
To simplify connection of support rails to tile interfaces, Tunxin
rails are designed to allow standard T bolts to be simply swiveled
into the rails.
Specifications
| Installation Site | Pitched Roof |
| Tilt Angle | 10-60 degree |
| Building Height | 20 m |
| Wind Load | Up to 60 m/s |
| Snow Load | 70 cm |
| Applicable Module | Framed or frameless |
| Standard | AS/NZS 1170,MCS012, TUV |
| Material | High Class Aluminum alloy Al6005-T5& Stainless steel 304 |
| Color | Natural or Customized |
| Warranty | Ten years warranty and twenty five years service life |
Installation Procedure
Remove or slide the tile from the roof girder slightly, and place
the roof hook on the wooden
rafter (refer to the picture below), Fix the roof hooks using three
wooden screws. Grind tile as
required and replace.
Use the M8*25 Hexagon screw, M8 spring washer, M8 antiskid washer
and fixing nut to connect the rail to the tile hook.
Repeat the tile roof hook installation in accordance with the
planned layout.
Place solar panels on the rails.
Using end clamps with M8*25 Hexagon screw and fixing nuts to attach
solar panels to the rails. Adjacent solar panels are attached by
using mid clamps with M8 hexagon screws.(The hexagon screw length
is determined by the solar panel’s thickness)
Key Benefits
1.Easy to install:
The tilt-in module can be put into the extruded rail from the any
location and can be high pre-assembly with the clamp and we use
standard T bolts being attached to roof hook to minimize the time
and cost of installation.
2.Offer unmatched durability:
With all structural components comprised of high class stainless
steel and anodized aluminum alloy, it is designed for twenty years
service life and backed by ten years warranty.
3.Stand up to extreme weather:
Tunxin pitched roof racking system is designed to stand up to the
extreme weather complied with the AS/NZ 1170 and other
international structure load standard by the skilled engineer. The
main support components also have been test to guaranty its
structure and load-carrying capacity.
4.Provide broad installation flexibility:
These systems accommodate most commercially available framed solar
panels and diverse roof types, and they can scale easily from small
to large, multi-megawatt installations.
Packaging
Why Choose Tunxin
1.Easy installation : By innovative Tunxin rail and G module , the
installation process of photovoltaic modules is simple and fast
with only a few components and minimal tools required.
2.Great flexibility : With the Tunxin Solar Mounting Systems ,
framed and frameless photovoltaic modules can be easily mounted on
roofs and ground.
3.Excellent compatibility :Designed as versatile racking
systems,Factory Flat Roof Solar Mounting Structure China Supplier
Design can be widely applied on any module type.
4.Installation direction:0~60
5.Installation place:Ground,Flat roof
6.With our professional R&D team,efficient management team and
high quality of the workforce,solar first staffs commit to provide
customers with the most stable & reliable,economical & efficient
solar PV system solutions.
About Us
Tunxin Aluminum is specialized in marketing and producing various of aluminum profiles since the establishment in 2003.
Based on the experience of aluminum profiles, we developed
different series of solar mounting system.
FAQ
In order to help you get the right system, please offer the
following necessary info.:
1) Panel dimension. (Length × Width × Thickness)
2) Panel quantity.
3) Installation Angle.
4) Planned solar array.
5) Wind speed and snow load.
