The document provides specifications for multiple photovoltaic panel mounting system configurations using metal sheets, rails, clamps, feet, and aluminum triangle mounts. Layouts are listed for systems with 3 or 4 module configurations using different rail lengths, numbers of mid clamps, end clamps, and feet or triangle mounts. Instructions are also provided for packaging and palletizing the system components.

1. Metal sheet /trapezoidal sheets mounting
4 modules as basic layout
mounting system configuration
4200mm rail x 2
Rail splice x 0
Mid clamp x 6
End clamp x 4
L-Foot x8
Grounding lug: 2
Mounting solution : L-foot
3 modules as basic layout
mounting system configuration
3200mm rail x 2
Rail splice x 0
Mid clamp x 4
End clamp x 4
L-Foot x6
Grounding lug: 2

2. Aluminum triangle mount
4 modules as basic layout
mounting system configuration
4200mm rail x 2
Rail splice x 0
Mid clamp x 6
End clamp x 4
Aluminum triangle mount: x3
Grounding lug: 2
3 modules as basic layout
mounting system configuration
3200mm rail x 2
Rail splice x 0
Mid clamp x 4
End clamp x 4
Aluminum triangle mount: x 2
Grounding lug: 2
Flat concrete roof
Fix tilt inclination
Better for roof commercial project

3. Aluminum triangle mount
4 modules as basic layout
mounting system configuration
4200mm rail x 2
Rail splice x 0
Mid clamp x 6
End clamp x 4
Aluminum triangle mount: x3
Grounding lug: 2
3 modules as basic layout
mounting system configuration
3200mm rail x 2
Rail splice x 0
Mid clamp x 4
End clamp x 4
Aluminum triangle mount: x 2
Grounding lug: 2
Flat concrete roof
Adjustable tilt inclination 15/20/25/30 degree
Better for wholesaling to solar companies

4. Components packed in separate bags first Pack them all into a carton box
Marked with similar but 5KW racking
system kit and list the component
qty

5. Pack the 5KW
racking kit boxes
into pallets
Rail will be 2100mm all, 2 x 21oomm will be long to
hold 4 panels.
Rail will be packed 8 pieces per bundle, 8 bundle per
layer, 5-6 layers per pallet.