Konstrukcje na dach płaski (FR)
Ballast structure
Flat roof structures (FR)
FR-B-PS-S/V/LAZ/MAX-LONG1950
Type
Projected (PS)
Module direction
South (S)
Module layout
Vertical (V)
Installation
Long side (LAZ)
Max PV module length
1950
Description
A multi-part construction made of Magnelis™ sheet metal,
designed for flat roofs requiring additional ballast, without
the possibility of using a welded structure.
Non-invasive installation using an appropriate amount of
ballast blocks, according to the ballast plan.
The system allows for loading the base and simultaneously
loading the wind deflector with ballast (in roof zones
particularly exposed to wind suction).
In the case of installing PV modules in a horizontal layout,
an additional element is the ZET profiles with slot holes,
to which the modules are mounted using clamps and M8
hex socket screws.
At the customer's request, each installation using a structure is calculated by our Technical Department in
terms of its load for a given roof, the method of installation and the number of bases that must be welded to
the membrane.
Installation requires a wind deflector, which limits the effect of wind on the structure
and ensures its rigidity.
1
2
3
4
5
1
Short arm
2
Base south
3
Long arm
4
Omega for support
(Base for ballast blocks)
5
Purlin
CHARACTERISTICS
FR-B-PS-S/V/LAZ/MAX-LONG1950
Roof type
Flat roof (FR)
Method of mounting the structure on the roof
Ballast (B)
Type of construction
Projected (PS)
Module orientation
South (S)
Module layout
Vertical (V)
How to install a PV module1
Long side (LAZ)
Application/substrate on which it is mounted
PVC membrane/bituminous membrane
Method of assembly
The base of the structure is placed on the roof covering and then additionally
ballasted using concrete blocks placed on a ballast platform
Does the structure require additional ballast?
Yes
Is it possible to apply the hybrid solution
(weld + ballast)?
Yes - possibility of additional ballasting of the wind tower
Approximate weight of the structure per 1m2 of installation without additional ballast (kg/m2)2
~17,5
Purlin length (mm)
X
Wind brace length (mm)
X
Maximum PV module length (mm)3
X
How to install the clamps
Clamps mounted to the triangle - key system
Method of distribution
Custom construction made to order with a lead time of up to 4 weeks
for modules with lengths as specified in the product sheet sent for quotation.
1 the proposed installation method for a given type of module may differ from the installation method provided by the PV module manufacturer, whose recommendations and recommendations determine the proper installation.
2 weight calculated for a system of three modules in one row with the maximum dimensions for a given type of structure
3 the given maximum size of the module and the proposed method of its installation may differ from the installation method provided by the PV module manufacturer, whose recommendations and recommendations determine
the proper installation
LIST OF PARTS - BASE OF CONSTRUCTION
Hexagonal nut
M8 IE
NM8Z
Washer M8 300HV
ISO7093-1 IE
PPM8Z
Screw
M8X97 IE
SM8X97Z
Hexagonal screw
M8X25 IE
SM8X25Z
Purlin for support
L=X
RBTSOLAR-KD-PL-X
LIST OF PARTS - OTHER INSTALLATION ELEMENTS
Sheet metal screw
OC 5.5X25 EPDM
BLW55X25EPDMZ
End clamp
30/32/35/40
Nature/Black
KLK50/30(32/35/40)ALN
KLK50/30(32/35/40)ALCZ
Middle clamp
50 universal
Nature/Black
KLSR50ALN
KLSR50ALCZ
Flange nut
serrated
M8 DIN6923 A2
NKM8A2
Allen screw
M8X35 DIN912 A2
SIM8X35A2
Windchest
South support
L=X
RBTSOLAR-KD-W-X
Your selected template is empty.