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Solar Energy
(a) Supporting structure or substructure
(b) Linear fastening section and / or pressure plate
(vertical along the long side of the module)
Figure 4: Diagram showing the two-sided linear fas-
tening. View from the front, not to scale
You must maintain the specified gaps be-
tween fastening points for the vertical and
horizontal fastening clamps (see diagram).
Use the fastening torques for screws found
in the mounting system supplier's instruc-
tions to ensure a permanently elastic, firm
mount for solar modules.
You must prevent sealants, such as silicone
or butyl, from coming into contact with the
encapsulant between the two glass panes
(PVB or EVA encapsulant).
Warning!
The maximum permissible mechanical stress limits
may be exceeded due to pressure from the clamping
systems or if you tread on the module!
3.4
Transport and storage before in-
stallation
One packaging unit contains 20 solar modules and
consists of a two-section cardboard box standing on a
Euro-pallet.
Instructions on storing modules in transport packag-
ing:
No more than two packaging units may be
stacked on top of one another, i.e. no more
than two units in a stack.
Do not store in damp conditions.
Always store on a flat, even surface
Secure open packaging units properly before
transportation
Do not tread on packaging units.
Dimensions and weight of loaded transport
packaging:
Length
Width
Height
Weight per module
Weight of transport packaging
Number of modules per packaging unit
Number of modules per truck
Number of packaging units per truck
Number of modules per container (40 ft.)
Number of packaging units per container
(40 ft.)
Number of modules per container (20 ft.)
Number of packaging units per container
(20 ft.)
10
1,200 mm
800 mm
1,530 mm
25 Kg
535 Kg
20
660
33
480
21
220
11
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