F D G l i g h t +

F L A T R O O F P V - S Y S T E M

P R O T E C T E D D E S I G NP A T E N T P E N D I N G

+ RA P ID IN STA LLA T IO N + S IMPLE MO D ULA R SYSTEM + L IG HT WE IG HT

F l a t r oo f PV s ys te m FD G l i g h t+S O L A R F I X I N G

Time is money. We have optimised our flat roof PV system FDG: FDGlight+ saves you valuable time when assembling the system. Installation of the pre-assembled system components guarantees that it will take you no more than 30 minutes to assemble 1 kWp!

+ Low part diversity (only four standard components)

+ Low transport costs: No bulky parts, even the triangular supporting foot is delivered straight

+ Assembly of the triangular supporting foot in a matter ofseconds thanks to the simple bending and locking system

+ Only two tools required for assembly

+ No mounting templates required

+ No roof penetration necessary

+ Low to no ballast requirements, despite extremely light weight of approx. 8.5 kg/m² (substructure + module)

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Lightning-quick assembly thanks to functional locking system

Only four standard components for the entire system

Pre-assembled polyurethane (PU)protective matting fitted to all profileswhich are in contact with the roof

Water flowing laterallycan run off without obstructions thanksto the gaps in the rail and protective matting.

Base profile rails act as cable tracksfor integrated cable routing.

S O L A R F I X I N G

+ A ERO D YN A MIC D E S IG N + FUN CT IO N A L D E TA ILS

FDGlight+ uses the power of the wind: The stronger the wind, the firmer the contact with the roof. System installation never requiresroof penetration. The pre-assembled system components mean no drilling, cutting or sawing on the roof.

The expansion joint connectorscontrol thermal expansion.

Functional triangular designof the rear wall guaranteesstability despite flexibility.No disruptive noises.

The rear wall is screwed directlywithout nuts via the thread in thesupporting foot.

If ballast is required at theedges, paving slabs are laid in the base rail - no additional ballast bags are required.

F l a t r oo f PV s ys te m FD G l i g h t+

1,700 mm750 mm - 880 mmAny20 degrees

ROW WIDTHCompatible MODULE WIDTHCompatible MODULE LENGTHPITCH

2,050 mm950 mm - 1,080 mmAny20 degrees

ROW WIDTHCompatible MODULE WIDTHCompatible MODULE LENGTHPITCH

FD G l i g h t+ 1/12 ° FD G l i g h t+ 2 /12 °

FO R G RE A TE R A REA EFF IC IEN CY O N YO UR RO O F : FD G l i g h t+ WITH 12 ° P ITCH

1,400 mm750 mm - 880 mmAny12 degrees

ROW WIDTHCompatible MODULE WIDTHCompatible MODULE LENGTHPITCH

1,700 mm950 mm - 1,080 mmAny12 degrees

ROW WIDTHCompatible MODULE WIDTHCompatible MODULE LENGTHPITCH

FD G l i g h t+ 1/2 0 ° FD G l i g h t+ 2 /2 0 °

S O L A R F I X I N G F l a t r oo f PV s ys te m FD G l i g h t+

S O L A R F I X I N G

Sample system FDG 2 / 20°

PREC ISE D O WN TO THE SMA LLE ST D E TA IL E FF IC IE N T RO O F CO VE RA G E EVE N FO R D IFF ICULT G E O ME TR IES

+ High system interconnectability allows complex coverage

+ Modules can be built around obstacles

+ Each roof can be covered individually - each southern orientation is taken into account, with a layout plan and installation instructions for every project

+ Deployable anywhere in Europe per Eurocode 1: EN 1991-1-4 for wind loads, EN 1991-1-3 for snow loads

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F l a t r oo f PV s ys te m FD G l i g h t+

+ High-tech, computer-controlled production made in Germany guarantees precision right down to the smalles detail

+ From the initial design idea and consideration of all structural conditions right up to final delivery, you will benefit from the hightest quality levels - all made in Bavaria

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The spacing connector is used for the module end.

Subject to technical modifications without notice

Copyright 2012 by FISCHER Licht & Metall GmbH & Co.KG, Rocksdorfer Str. 10, D - 92360 Mühlhausen, Germany, Tel +49 9185 921-0, Fax +49 9185 921-188, e-mail solar@fischer-lum.de, www.fischer-lum.de

S O L A R F I X I N G

D A TA + FA CTS + SA FETY

+ MATERIAL

+ AREA OF APPLICATION

+ INSTALLATION

+ SURFACE LOAD

+ NO ROOF PENETRATION

+ PITCH

+ STRUCTURAL ANALYSIS

+ LGA type test/structural type analysis verified by Testing Authority for Structural Safety

+ QUALITY MANAGEMENT

+ DEPLOYABLE EUROPE-WIDE

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PRO TECTE D D ES IG NPA TEN T PEN D IN G

Type test/Structural type analysis

DIN V 4113-3DIN 18800-7

Aluminium and stainless steel, polyurethane (PU) protective mattingMaterials with maximum corrosion resistance

Flat roofs with pitches up to 5° on foil, gravel, bitumen etc.Suitable for framed solar modules with manufacturer‘s approval for clamping on the short module site

1 kWp in max. 30 minutes thanks to pre-assembled system components

Average own weight (substructure + module) approx. 8.5 kg/qmNo point loads, just line loads

20°/12°Other pitches or row spacing available upon request

Project-specific automatic structural analysis for all European locations

Wind loads per DIN 1055-4Snow loads per DIN 1055-3

Per DIN ISO 9001:2008

Per Eurocode 1: EN 1991-1-4 wind loads, EN 1991-1-3 for snow loads

F l a t r oo f PV s ys te m FD G l i g h t+