Discover the Key Facts
Type of structure
Design (PS)
Module Direction
East-West (EW)
Module Layout
Level (H)
Installation Instructions
Long Side (LAZ)
Max module length
Individual (X)
Design Description
A multi-part structure made of Magnelis sheet metal, designed for flat or sloped roofs, requiring no additional ballast and not suitable for use with welded structures.
An invasive installation system, involving attachment to the roof substructure using an appropriate number of screws.
When installing PV modules in a vertical configuration or in a horizontal configuration with a side length greater than 2100 mm, ZET profiles with slotted holes are used as additional components; the modules are mounted to these profiles using clamps and M8 Allen screws.
A multi-part structure made of Magnelis sheet metal, designed for flat or sloped roofs, requiring no additional ballast and not suitable for use with welded structures.
An invasive installation system, involving attachment to the roof substructure using an appropriate number of screws.
When installing PV modules in a vertical configuration or in a horizontal configuration with a side length greater than 2100 mm, ZET profiles with slotted holes are used as additional components; the modules are mounted to these profiles using clamps and M8 Allen screws.
At the customer's request, our Technical Department calculates the load-bearing capacity of each installation using this structure for a given roof, as well as the installation method and the number of bases that must be installed.
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Download as a PDF
Download the Product Sheet
WATCH THE ANIMATION
1
Long arm
2
East-West Axis
3
Purlin
Product Specifications
FR-S-PS-EW/H/LAZ/MAX-LONG-X
Roof Type
Flat roof (FR)
How to Install the Structure on the Roof
Bolted construction (S)
Type of structure
Design (PS)
Module Orientation
East-West (EW)
Module Layout
Level (H)
PV Module Installation Procedure1
Long Side (LAZ)
Application/surface on which it is installed
PVC membrane/bituminous membrane/sandwich panel/trapezoidal sheet metal
How to Assemble the Structure
The structural base is attached to the roof substructure
Does the design require additional ballast?
No
Is it possible to use a hybrid solution (welding + ballast)?
No
Approximate weight of the structure per 1 m2 of installation without additional ballast (kg/m2)2
~15
Purlin Length (mm)
X
Length of the wind vane (mm)
Without a windshield
Maximum length of a PV module (mm)3
X
How to Install Clamps
Clamps mounted on the triangle
Distribution Method
Custom-made design with a lead time of up to 4 weeks for modules with the length specified in the product sheet sent for a quote
1. The installation method for a given type of module may differ from the installation method specified by the PV module manufacturer, which serves as the guideline for proper installation.
2. Weight calculated for an arrangement of three modules in a single row with the maximum dimensions for a given type of structure
3. The specified maximum module size and installation method for a given module type may differ from the installation method specified by the PV module manufacturer, which serves as the guideline for the proper installation method.
Structural Base Components
M8 TZN Hex Nut
NM8Z
M8 TZN Washer
PPM8Z
M8X97 TZN Screw
SM8X97Z
M8x25 TZN Hex Head Screw
SM8X25Z
Brace for support L=X
RBTSOLAR-KD-PL-X
Other Mounting Components
End Clamp 30/32/35/40 Nature/Black
KLK50/30(32/35/40)ALN
KLK50/30(32/35/40)ALCZ
M8 Serrated Flange Nut, DIN 6923 A2
NKM8A2
M8x35 Allen screw, DIN 912 A2
RBTSOLAR-KD-W-2175/2355/2703
M10 Double-Threaded Screw 200/250/300
RBTSOLAR-KD-DWUG200/250/300
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