Pre-assembled triangular frame for the installation of PV panels in a lowered position on flat roofs. Suitable for landscape layout installation.
Pre-assembled triangular frame STFS
STFS is the compact triangular frame for installing photovoltaic systems in a lowered position on flat roofs with panels arranged with a landscape layout. Particularly suitable for minimizing the visual impact of the system and the action of the wind in the case of roofs with perimeter masonry of limited height.
5x STFS triangles 20x RHS M8 x 20 A2 hammer head screws 20x MU F M8 A2 flanged nuts
5 [pcs.]
Hole-ø
—
Installation torque (
Tinst
)
10 Nm
Width across nut
13 mm
Weight
1 kg
Contents
5x STFS triangles 20x RHS M8 x 20 A2 hammer head screws 20x MU F M8 A2 flanged nuts
Amount
5 pcs.
GTIN (EAN-Code)
8001132022450
Viewed 1 of 1 variant (s)
The advantages / Product description
Advantages
The STFS triangular frame is pre-assembled and all the accessories for the connection to the Solar rails are included in the package.
Adjustable angle 10°-13°.
The lowered design allows an only 30 cm high installation (suitable for a reduced visual impact).
Properties
Triangular structure in AW 6063 T66 or AW 6060 T66 aluminium in accordance with EN 755-2:2013.
A2-70 stainless steel bolts in accordance with EN ISO 3506-1/2:2009.
Application and approval
Applications
Landscape oriented PV panels installation on flat roofs. PV panels inclination of 10° or 13°.
Assembly instruction
Functionality
Determine the centre distance of the triangular frames according to the snow and wind loads in the installation area (use the SOLARPANEL-FIX software).
Identify the position of the triangular frames according to the load-bearing structure and layout of the system.
Select the desired angle of the triangle and fasten the diagonal strut in the corresponding position.
Fasten the base of the triangular frame with the appropriate anchor depending on the building material of the roof.
Connect the Solar rail to the triangular frame using the screws supplied in the package.
